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E-Belge Hizmetleri
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E-Fatura Birim Kodları

Group Number	Sector	Group ID	Quantity	Level/ Category	Status	Common Code	Name	Conversion Factor	Symbol	Description
01	Space and Time	2	angle (plane)	1		C81	radian	rad	rad
01	Space and Time	3	angle (plane)	1S		C25	milliradian	10⁻³ rad	mrad
01	Space and Time	4	angle (plane)	1S		B97	microradian	10⁻⁶ rad	µrad
01	Space and Time	5	angle (plane)	1		DD	degree [unit of angle]	1,745 329 × 10⁻² rad	°
01	Space and Time	6	angle (plane)	1		D61	minute [unit of angle]	2,908 882 × 10⁻⁴ rad	'
01	Space and Time	7	angle (plane)	1		D62	second [unit of angle]	4,848 137 × 10⁻⁶ rad
01	Space and Time	8	angle (plane)	2	D	A91	grade	= gon
01	Space and Time	9	angle (plane)	2		A91	gon	1,570 796 × 10⁻² rad	gon	Synonym: grade
01	Space and Time	10	angle (plane)	2		M43	mil	9,817 477 × 10⁻⁴ rad	mil	Unit to indicate an angle at military zone, equal to the 6400th part of the full circle of the 360° or 2·p·rad.
01	Space and Time	11	angle (plane)	2		M44	revolution	6,283 185 rad	rev	Unit to identify an angle of the full circle of 360° or 2·p·rad (Refer ISO/TC12 SI Guide).
01	Space and Time	12	solid angle	1		D27	steradian	sr	sr
01	Space and Time	13	solid angle	2		H57	inch per two pi radiant	2,54 × 10⁻² m/(2 × π × rad)	in/revolution
01	Space and Time	14	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1		MTR	metre	m	m
01	Space and Time	15	solid angle	1M		E96	degree per second	1,745 329 × 10⁻² rad × s⁻¹	°/s
01	Space and Time	16	solid angle	2		H27	degree per metre	1,745 329 × 10⁻² rad/m	°/m
01	Space and Time	17	solid angle	1S		M55	metre per radiant	m/rad	m/rad	Unit of the translation factor for implementation from rotation to linear movement.
01	Space and Time	18	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		DMT	decimetre	10⁻¹ m	dm
01	Space and Time	19	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		CMT	centimetre	10⁻² m	cm
01	Space and Time	20	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		4H	micrometre (micron)	10⁻⁶ m	µm
01	Space and Time	21	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		MMT	millimetre	10⁻³ m	mm
01	Space and Time	22	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		HMT	hectometre	10² m	hm
01	Space and Time	23	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S	X	KTM	kilometre	10³ m	km
01	Space and Time	24	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		KMT	kilometre	10³ m	km
01	Space and Time	25	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		C45	nanometre	10⁻⁹ m	nm
01	Space and Time	26	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		C52	picometre	10⁻¹² m	pm
01	Space and Time	27	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1S		A71	femtometre	10⁻¹⁵ m	fm
01	Space and Time	28	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		A45	decametre	10 m	dam
01	Space and Time	29	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1		NMI	nautical mile	1 852 m	n mile
01	Space and Time	30	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1		A11	angstrom	10⁻¹⁰ m	Å
01	Space and Time	31	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1		A12	astronomical unit	1,495 978 70 × 10¹¹ m	ua
01	Space and Time	32	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1		C63	parsec	3,085 678 × 10¹⁶ m	pc
01	Space and Time	33	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		F52	metre per kelvin	m × K⁻¹	m/K
01	Space and Time	34	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		F50	micrometre per kelvin	10⁻⁶ m × K⁻¹	µm/K
01	Space and Time	35	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		F51	centimetre per kelvin	10⁻² m × K⁻¹	cm/K
01	Space and Time	36	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		G06	millimetre per bar	10⁻⁸ kg⁻¹ × m² × s²	mm/bar
01	Space and Time	37	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		H84	gram millimetre	10⁻⁶ kg × m	g·mm
01	Space and Time	38	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		G04	centimetre per bar	10⁻⁷ kg⁻¹ × m² × s²	cm/bar
01	Space and Time	39	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		G05	metre per bar	10⁻⁵ kg⁻¹ × m² × s²	m/bar
01	Space and Time	40	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		H79	French gauge	0,333 333 333 × 10⁻³ m	Fg	A unit of distance used for measuring the diameter of small tubes such as urological instruments and catheters. Synonym: French, Charrière, Charrière gauge
01	Space and Time	41	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		AK	fathom	1,828 8 m	fth
01	Space and Time	42	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		X1	Gunter's chain	20,116 8 m	ch (UK)	A unit of distance used or formerly used by British surveyors.
01	Space and Time	43	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		INH	inch	25,4 x 10⁻³ m	in
01	Space and Time	44	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		M7	micro-inch	25,4 x 10⁻⁹ m	µin
01	Space and Time	45	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		FOT	foot	0,304 8 m	ft
01	Space and Time	46	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		YRD	yard	0,914 4 m	yd
01	Space and Time	47	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		SMI	mile (statute mile)	1 609,344 m	mile
01	Space and Time	48	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		77	milli-inch	25,4 x 10⁻⁶ m	mil
01	Space and Time	49	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		B57	light year	9,460 73 x 10¹⁵ m	ly	A unit of length defining the distance that light travels in a vacuum in one year.
01	Space and Time	50	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		F49	rod [unit of distance]	5,029 210 m	rd (US)	A unit of distance equal to 5.5 yards (16 feet 6 inches).
01	Space and Time	51	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		MAM	megametre	10⁶ m	Mm
01	Space and Time	52	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		K13	foot per degree Fahrenheit	0,548 64 m/K	ft/°F
01	Space and Time	53	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		K17	foot per psi	4,420 750 x 10⁻⁵ m/Pa	ft/psi
01	Space and Time	54	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		K45	inch per degree Fahrenheit	4,572 x 10⁻² m/K	in/°F
01	Space and Time	55	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		K46	inch per psi	3,683 959 x 10⁻⁶ m/Pa	in/psi
01	Space and Time	56	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		L98	yard per degree Fahrenheit	1,645 92 m/K	yd/°F
01	Space and Time	57	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		L99	yard per psi	1,326 225 x 10⁻⁴ m/Pa	yd/psi
01	Space and Time	58	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		M49	chain (based on U.S. survey foot)	2,011684 x 10 m	ch (US survey)	Unit of the length according the Anglo-American system of units.
01	Space and Time	59	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		M50	furlong	2,011 68 x 10² m	fur	Unit commonly used in Great Britain at rural distances: 1 furlong = 40 rods = 10 chains (UK) = 1/8 mile = 1/10 furlong = 220 yards = 660 foot.
01	Space and Time	60	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		M51	foot (U.S. survey)	3,048 006 x 10⁻¹ m	ft (US survey)	Unit commonly used in the United States for ordnance survey.
01	Space and Time	61	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		M52	mile (based on U.S. survey foot)	1,609347 x 10³ m	mi (US survey)	Unit commonly used in the United States for ordnance survey.
01	Space and Time	62	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	1M		M53	metre per pascal	kg⁻¹ x m² x s²	m/Pa	SI base unit metre divided by the derived SI unit pascal.
01	Space and Time	63	area	1		MTK	square metre	m²	m²
01	Space and Time	64	area	1S		KMK	square kilometre	10⁶ m²	km²
01	Space and Time	65	area	1S		H30	square micrometre (square micron)	10⁻¹² m²	µm²
01	Space and Time	66	area	1		H59	square metre per newton	m x kg⁻¹ x s²	m²/N
01	Space and Time	67	area	1M		DAA	decare	10³ m²	daa
01	Space and Time	68	area	1S		CMK	square centimetre	10⁻⁴ m²	cm²
01	Space and Time	69	area	1S		DMK	square decimetre	10⁻² m²	dm²
01	Space and Time	70	area	1S		H16	square decametre	10² m²	dam²	Synonym: are
01	Space and Time	71	area	1S		H18	square hectometre	10⁴ m²	hm²	Synonym: hectare
01	Space and Time	72	area	1S		MMK	square millimetre	10⁻⁶ m²	mm²
01	Space and Time	73	area	2	D	ARE	are	10² m²	a	Synonym: square decametre
01	Space and Time	74	area	2	D	HAR	hectare	10⁴ m²	ha	Synonym: square hectometre
01	Space and Time	75	area	2		INK	square inch	6,451 6 x 10⁻⁴ m²	in²
01	Space and Time	76	area	2		FTK	square foot	9,290 304 x 10⁻² m²	ft²
01	Space and Time	77	area	2		YDK	square yard	8,361 274 x 10⁻¹ m²	yd²
01	Space and Time	78	area	2		MIK	square mile (statute mile)	2,589 988 km²	mi²
01	Space and Time	79	area	2		M48	square mile (based on U.S. survey foot)	2,589 998 x 10⁶ m²	mi² (US survey)	Unit of the area, which is mainly common in the agriculture and forestry.
01	Space and Time	80	area	2		ACR	acre	4 046,873 m²	acre
01	Space and Time	81	area	2		M47	circular mil	5,067 075 x 10⁻¹⁰ m²	cmil	Unit of an area, of which the size is given by a diameter of length of 1 mm (0,001 in) based on the formula: area = p·(diameter/2)².
01	Space and Time	82	volume	1		MTQ	cubic metre	m³	m³	Synonym: metre cubed
01	Space and Time	83	volume	1M		MAL	megalitre	10³ m³	Ml
01	Space and Time	84	volume	1		LTR	litre	10⁻³ m³	l
01	Space and Time	85	volume	1S		MMQ	cubic millimetre	10⁻⁹ m³	mm³
01	Space and Time	86	volume	1S		CMQ	cubic centimetre	10⁻⁶ m³	cm³
01	Space and Time	87	volume	1S		DMQ	cubic decimetre	10⁻³ m³	dm³
01	Space and Time	88	volume	1S		MLT	millilitre	10⁻⁶ m³	ml
01	Space and Time	89	volume	1S		HLT	hectolitre	10⁻¹ m³	hl
01	Space and Time	90	volume	1S		CLT	centilitre	10⁻⁵ m³	cl
01	Space and Time	91	volume	1S		DMA	cubic decametre	10³ m³	dam³
01	Space and Time	92	volume	1S		H19	cubic hectometre	10⁶ m³	hm³
01	Space and Time	93	volume	1S		H20	cubic kilometre	10⁹ m³	km³
01	Space and Time	94	volume	1S		M71	cubic metre per pascal	kg⁻¹ x m⁴ x s²	m³/Pa	Power of the SI base unit meter by exponent 3 divided by the derived SI base unit pascal.
01	Space and Time	95	volume	1M		DLT	decilitre	10⁻⁴ m³	dl
01	Space and Time	96	volume	1M		4G	microlitre	10⁻⁹ m³	µl
01	Space and Time	97	volume	1M		K6	kilolitre	m³	kl
01	Space and Time	98	volume	1M		A44	decalitre	10⁻² m³	dal
01	Space and Time	99	volume	1M		G94	cubic centimetre per bar	10⁻¹¹ kg⁻¹ x m⁴ x s²	cm³/bar
01	Space and Time	100	volume	1M		G95	litre per bar	10⁻⁸ kg⁻¹ x m⁴ x s²	l/bar
01	Space and Time	101	volume	1M		G96	cubic metre per bar	10⁻⁵ kg⁻¹ x m⁴ x s²	m³/bar
01	Space and Time	102	volume	1M		G97	millilitre per bar	10⁻¹¹ kg⁻¹ x m⁴ x s²	ml/bar
01	Space and Time	103	volume	2	X	5I	standard cubic foot	4,672 m³	std	Use standard (common code WSD)
01	Space and Time	104	volume	2		INQ	cubic inch	16,387 064 x 10⁻⁶ m³	in³	Synonym: inch cubed
01	Space and Time	105	volume	2		FTQ	cubic foot	2,831 685 x 10⁻² m³	ft³
01	Space and Time	106	volume	2		YDQ	cubic yard	0,764 555 m³	yd³
01	Space and Time	107	volume	2		GLI	gallon (UK)	4,546 092 x 10⁻³ m³	gal (UK)
01	Space and Time	108	volume	2		GLL	gallon (US)	3,785 412 x 10⁻³ m³	gal (US)
01	Space and Time	109	volume	2	D	PT	pint (US)	4, 731 76 x 10⁻⁴ m³	pt (US)	Use liquid pint (common code PTL)
01	Space and Time	110	volume	2		PTI	pint (UK)	5, 682 61 x 10⁻⁴ m³	pt (UK)
01	Space and Time	111	volume	2		QTI	quart (UK)	1,136 522 5 x 10⁻³ m³	qt (UK)
01	Space and Time	112	volume	2		PTL	liquid pint (US)	4, 731 765 x 10⁻⁴ m³	liq pt (US)
01	Space and Time	113	volume	2		QTL	liquid quart (US)	9,463 529 x 10⁻⁴ m³	liq qt (US)
01	Space and Time	114	volume	2		PTD	dry pint (US)	5,506 105 x 10⁻⁴ m³	dry pt (US)
01	Space and Time	115	volume	2		OZI	fluid ounce (UK)	2,841 306 x 10⁻⁵ m³	fl oz (UK)
01	Space and Time	116	volume	2	D	QT	quart (US)	0,946 352 9 x 10⁻³ m³	qt (US)	Use liquid quart (common code QTL)
01	Space and Time	117	volume	2		J57	barrel (UK petroleum)	0,159 113 15 m³	bbl (UK liq.)
01	Space and Time	118	volume	2		K21	cubic foot per degree Fahrenheit	5,097 033 x 10⁻² m³/K	ft³/°F
01	Space and Time	119	volume	2		K23	cubic foot per psi	4,107 012 x 10⁻⁶ m³/Pa	ft³/psi
01	Space and Time	120	volume	2		L43	peck (UK)	9,092 181 x 10⁻³ m³	pk (UK)
01	Space and Time	121	volume	2	X	L61	pint (US dry)	5,506 105 x 10⁻⁴ m³	pt (US dry)	Use dry pint (common code PTD)
01	Space and Time	122	volume	2	X	L62	quart (US dry)	1,101 221 x 10⁻³ m³	qt (US dry)	Use dry quart (US) (common code QTD)
01	Space and Time	123	volume	2		L84	ton (UK shipping)	1,189 3 m³	British shipping ton
01	Space and Time	124	volume	2		L86	ton (US shipping)	1,132 6 m³	(US) shipping ton
01	Space and Time	125	volume	2		M11	cubic yard per degree Fahrenheit	1,376 199 m³/K	yd³/°F
01	Space and Time	126	volume	2		M14	cubic yard per psi	1,108 893 x 10⁻⁴ m³/Pa	yd³/psi
01	Space and Time	127	volume	2		OZA	fluid ounce (US)	2,957 353 x 10⁻⁵ m³	fl oz (US)
01	Space and Time	128	volume	2		BUI	bushel (UK)	3,636 872 x 10⁻² m³	bushel (UK)
01	Space and Time	129	volume	2		BUA	bushel (US)	3,523 907 x 10⁻² m³	bu (US)
01	Space and Time	130	volume	2		BLL	barrel (US)	158,987 3 x 10⁻³ m³	barrel (US)
01	Space and Time	131	volume	2		BLD	dry barrel (US)	1,156 27 x 10⁻¹ m³	bbl (US)
01	Space and Time	132	volume	2		GLD	dry gallon (US)	4,404 884 x 10⁻³ m³	dry gal (US)
01	Space and Time	133	volume	2		QTD	dry quart (US)	1,101 221 x 10⁻³ m³	dry qt (US)
01	Space and Time	134	volume	2		G26	stere	m³	st
01	Space and Time	135	volume	2		G21	cup [unit of volume]	2,365 882 x 10⁻⁴ m³	cup (US)
01	Space and Time	136	volume	2		G24	tablespoon (US)	1,478 676 x 10⁻⁵ m³	tablespoon (US)
01	Space and Time	137	volume	2		G25	teaspoon (US)	4,928 922 x 10⁻⁶ m³	teaspoon (US)
01	Space and Time	138	volume	2		G23	peck	8,809 768 x 10⁻³ m³	pk (US)
01	Space and Time	139	volume	2		M67	acre-foot (based on U.S. survey foot)	1,233 489 x 10³ m³	acre-ft (US survey)	Unit of the volume, which is used in the United States to measure/gauge the capacity of reservoirs.
01	Space and Time	140	volume	2		M68	cord (128 ft3)	3,624 556 m³	cord	Traditional unit of the volume of stacked firewood which has been measured with a cord.
01	Space and Time	141	volume	2		M69	cubic mile (UK statute)	4,168 182 x 10⁹ m³	mi³	Unit of volume according to the Imperial system of units.
01	Space and Time	142	volume	2		M70	ton, register	2,831 685 m³	RT	Traditional unit of the cargo capacity.
01	Space and Time	143	volume per temperature	1M		G27	cubic centimetre per kelvin	10⁻⁶ m³ x K⁻¹	cm³/K
01	Space and Time	144	volume per temperature	1M		G29	cubic metre per kelvin	m³ x K⁻¹	m³/K
01	Space and Time	145	volume per temperature	1M		G28	litre per kelvin	10⁻³ m³ x K⁻¹	l/K
01	Space and Time	146	volume per temperature	1M		G30	millilitre per kelvin	10⁻⁶ m³ x K⁻¹	ml/K
01	Space and Time	147	volume ratio	1S		J36	microlitre per litre	10⁻⁶	µl/l
01	Space and Time	148	volume ratio	1S		J87	cubic centimetre per cubic metre	10⁻⁶	cm³/m³
01	Space and Time	149	volume ratio	1S		J91	cubic decimetre per cubic metre	10⁻³	dm³/m³
01	Space and Time	150	volume ratio	1S		K62	litre per litre	1	l/l
01	Space and Time	151	volume ratio	1S		L19	millilitre per litre	10⁻³	ml/l
01	Space and Time	152	volume ratio	1S		L21	cubic millimetre per cubic metre	10⁹	mm³/m³
01	Space and Time	153	time	1		SEC	second [unit of time]	s	s
01	Space and Time	154	time	1		MIN	minute [unit of time]	60 s	min
01	Space and Time	155	time	1		HUR	hour	3 600 s	h
01	Space and Time	156	time	1		DAY	day	86 400 s	d
01	Space and Time	157	time	1S		B52	kilosecond	10³ s	ks
01	Space and Time	158	time	1S		C26	millisecond	10⁻³ s	ms
01	Space and Time	159	time	1		H70	picosecond	10⁻¹² s	ps
01	Space and Time	160	time	1S		B98	microsecond	10⁻⁶ s	µs
01	Space and Time	161	time	1S		C47	nanosecond	10⁻⁹ s	ns
01	Space and Time	162	time	2		WEE	week	6,048 x 10⁵ s	wk
01	Space and Time	163	time	2		MON	month	2,629 800 x 10⁶ s	mo	Unit of time equal to 1/12 of a year of 365,25 days.
01	Space and Time	164	time	2		ANN	year	3,155 76 x 10⁷ s	y	Unit of time equal to 365,25 days. Synonym: Julian year
01	Space and Time	165	time	2		D42	tropical year	3,155 692 5 x 10⁷ s	y (tropical)	Unit of time equal to about 365.242 19 days. Synonym: solar year
01	Space and Time	166	time	2		L95	common year	3,153 6 x 10⁷ s	y (365 days)
01	Space and Time	167	time	2		L96	sidereal year	3,155 815 x 10⁷ s	y (sidereal)
01	Space and Time	168	time	2		M56	shake	10⁻⁸ s	shake	Unit for a very short period.
01	Space and Time	169	angular velocity	1		2A	radian per second	rad/s	rad/s	Refer ISO/TC12 SI Guide
01	Space and Time	170	angular velocity	2		M46	revolution per minute	0,104 719 8 rad/s	r/min	Unit of the angular velocity.
01	Space and Time	171	angular acceleration	1		2B	radian per second squared	rad/s²	rad/s²	Refer ISO/TC12 SI Guide
01	Space and Time	172	angular acceleration	1M		M45	degree [unit of angle] per second squared	1,745 329 x 10⁻² rad / s	°/s²	360 part of a full circle divided by the power of the SI base unit second and the exponent 2.
01	Space and Time	173	velocity, phase velocity, group velocity	1		MTS	metre per second	m/s	m/s
01	Space and Time	174	velocity, phase velocity, group velocity	1		KNT	knot	0,514 444 m/s	kn
01	Space and Time	175	velocity, phase velocity, group velocity	1S		KMH	kilometre per hour	0,277 778 m/s	km/h
01	Space and Time	176	velocity, phase velocity, group velocity	1S		C16	millimetre per second	10⁻³ m/s	mm/s
01	Space and Time	177	velocity, phase velocity, group velocity	1S		2M	centimetre per second	10⁻² m/s	cm/s
01	Space and Time	178	velocity, phase velocity, group velocity	1M		H49	centimetre per hour	0,277 777 778 × 10⁻⁶ m x s⁻¹	cm/h
01	Space and Time	179	velocity, phase velocity, group velocity	1M		H81	millimetre per minute	1,666 666 667 × 10⁻⁵ m x s⁻¹	mm/min
01	Space and Time	180	velocity, phase velocity, group velocity	1M		2X	metre per minute	0,016 666 m/s	m/min
01	Space and Time	181	velocity, phase velocity, group velocity	1S		M59	metre per second pascal	m² x kg⁻¹ x s	(m/s)/Pa	SI base unit meter divided by the product of SI base unit second and the derived SI unit pascal.
01	Space and Time	182	velocity, phase velocity, group velocity	2		H66	millimetre per year	3,15576 × 10⁴ m x s⁻¹	mm/y
01	Space and Time	183	velocity, phase velocity, group velocity	2		H67	millimetre per hour	0,277 777 778 × 10⁻⁷ m x s⁻¹	mm/h
01	Space and Time	184	velocity, phase velocity, group velocity	2		FR	foot per minute	5,08 x 10⁻³ m/s	ft/min
01	Space and Time	185	velocity, phase velocity, group velocity	2		IU	inch per second	0,025 4 m/s	in/s
01	Space and Time	186	velocity, phase velocity, group velocity	2		IU	inch per second	0,025 4 m/s	in/s
01	Space and Time	187	velocity, phase velocity, group velocity	2		FS	foot per second	0,304 8 m/s	ft/s
01	Space and Time	188	velocity, phase velocity, group velocity	2		HM	mile per hour (statute mile)	0,447 04 m/s	mile/h
01	Space and Time	189	velocity, phase velocity, group velocity	2		J84	centimetre per second kelvin	10⁻² (m/s)/K	(cm/s)/K
01	Space and Time	190	velocity, phase velocity, group velocity	2		J85	centimetre per second bar	10⁻⁷ (m/s)/Pa	(cm/s)/bar
01	Space and Time	191	velocity, phase velocity, group velocity	2		K14	foot per hour	8,466 667 x 10⁻⁵m/s	ft/h
01	Space and Time	192	velocity, phase velocity, group velocity	2		K18	foot per second degree Fahrenheit	0,548 64 (m/s)/K	(ft/s)/°F
01	Space and Time	193	velocity, phase velocity, group velocity	2		K19	foot per second psi	4,420 750 x 10⁻⁵ (m/s)/Pa	(ft/s)/psi
01	Space and Time	194	velocity, phase velocity, group velocity	2		K47	inch per second degree Fahrenheit	4,572 x 10⁻² (m/s)/K	(in/s)/°F
01	Space and Time	195	velocity, phase velocity, group velocity	2		K48	inch per second psi	3,683 959 x 10⁻⁶ (m/s)/Pa	(in/s)/psi
01	Space and Time	196	velocity, phase velocity, group velocity	2		L12	metre per second kelvin	(m/s)/K	(m/s)/K
01	Space and Time	197	velocity, phase velocity, group velocity	2		L13	metre per second bar	10⁻⁵ (m/s)/Pa	(m/s)/bar
01	Space and Time	198	velocity, phase velocity, group velocity	2		M22	millilitre per square centimetre minute	2,777 778 x 10⁻⁶ (m³/s)/m²	(ml/min)/cm²
01	Space and Time	199	velocity, phase velocity, group velocity	2		M57	mile per minute	26,822 4 m/s	mi/min	Unit of velocity from the Imperial system of units.
01	Space and Time	200	velocity, phase velocity, group velocity	2		M58	mile per second	1,609 344 x 10³ m/s	mi/s	Unit of the velocity from the Imperial system of units.
01	Space and Time	201	velocity, phase velocity, group velocity	2		M60	metre per hour	2,777 78 x 10⁻⁴ m/s	m/h	SI base unit metre divided by the unit hour.
01	Space and Time	202	velocity, phase velocity, group velocity	2		M61	inch per year	8,048 774 x 10⁻¹⁰ m/s	in/y	Unit of the length according to the Anglo-American and Imperial system of units divided by the unit common year with 365 days.
01	Space and Time	203	velocity, phase velocity, group velocity	2		M62	kilometre per second	10³ m/s	km/s	1000-fold of the SI base unit metre divided by the SI base unit second.
01	Space and Time	204	velocity, phase velocity, group velocity	2		M63	inch per minute	4,233 333 x 10⁻⁴ m/s	in/min	Unit inch according to the Anglo-American and Imperial system of units divided by the unit minute.
01	Space and Time	205	velocity, phase velocity, group velocity	2		M64	yard per second	9,144 x 10⁻¹ m/s	yd/s	Unit yard according to the Anglo-American and Imperial system of units divided by the SI base unit second.
01	Space and Time	206	velocity, phase velocity, group velocity	2		M65	yard per minute	1,524 x 10⁻² m/s	yd/min	Unit yard according to the Anglo-American and Imperial system of units divided by the unit minute.
01	Space and Time	207	velocity, phase velocity, group velocity	2		M66	yard per hour	2,54 x 10⁻⁴ m/s	yd/h	Unit yard according to the Anglo-American and Imperial system of units divided by the unit hour.
01	Space and Time	208	acceleration, acceleration of free fall, acceleration due to gravity	1		MSK	metre per second squared	m/s²	m/s²
01	Space and Time	209	acceleration, acceleration of free fall, acceleration due to gravity	1S		A76	gal	10⁻² m/s²	Gal
01	Space and Time	210	acceleration, acceleration of free fall, acceleration due to gravity	1M		C11	milligal	10⁻⁵ m/s²	mGal
01	Space and Time	211	acceleration, acceleration of free fall, acceleration due to gravity	1M		M38	kilometre per second squared	10³ m/s²	km/s²	1000-fold of the SI base unit metre divided by the power of the SI base unit second by exponent 2.
01	Space and Time	212	acceleration, acceleration of free fall, acceleration due to gravity	1M		M39	centimetre per second squared	10⁻² m/s²	cm/s²	0,01-fold of the SI base unit metre divided by the power of the SI base unit second by exponent 2.
01	Space and Time	213	acceleration, acceleration of free fall, acceleration due to gravity	1M		M41	millimetre per second squared	10⁻³ m/s²	mm/s²	0,001-fold of the SI base unit metre divided by the power of the SI base unit second by exponent 2.
01	Space and Time	214	acceleration, acceleration of free fall, acceleration due to gravity	2		A73	foot per second squared	0,304 8 m/s²	ft/s²
01	Space and Time	215	acceleration, acceleration of free fall, acceleration due to gravity	2		IV	inch per second squared	0,025 4 m/s²	in/s²
01	Space and Time	216	acceleration, acceleration of free fall, acceleration due to gravity	2		K40	standard acceleration of free fall	9,806 65 m/s²	gn
01	Space and Time	217	acceleration, acceleration of free fall, acceleration due to gravity	2		M40	yard per second squared	9,144 x 10⁻¹ m/s²	yd/s²	Unit of the length according to the Anglo-American and Imperial system of units divided by the power of the SI base unit second by exponent 2.
01	Space and Time	218	acceleration, acceleration of free fall, acceleration due to gravity	2		M42	mile (statute mile) per second squared	1,609 344 x 10³ m/s²	mi/s²	Unit of the length according to the Imperial system of units divided by the power of the SI base unit second by exponent 2.
01	Space and Time	219	curvature	1		C92	reciprocal metre	m⁻¹	m⁻¹
01	Space and Time	220	volume	1S		Q32	femtolitre	10-18 m3	fl
01	Space and Time	221	volume	1S		Q33	picolitre	10-15 m3	pl
01	Space and Time	222	volume	1S		Q34	nanolitre	10-12 m3	nl
01	Space and Time	223	length, breadth, height, thickness, radius, radius of curvature, cartesian coordinates, diameter, length of path, distance	2		AWG	american wire gauge		AWG	A unit of distance used for measuring the diameter of small tubes or wires such as the outer diameter od hypodermic or suture needles.
01	Space and Time	224	volume	2		NM3	Normalised cubic metre	m3		Normalised cubic metre (temperature 0°C and pressure 101325 millibars )
01	Space and Time	225	volume	2		SM3	Standard cubic metre	m3		Standard cubic metre (temperature 15°C and pressure 101325 millibars )
02	Periodic and related phenomena	2	frequency	1		HTZ	hertz	Hz	Hz
02	Periodic and related phenomena	3	frequency	1S		KHZ	kilohertz	10³ Hz	kHz
02	Periodic and related phenomena	4	frequency	1S		MHZ	megahertz	10⁶ Hz	MHz
02	Periodic and related phenomena	5	frequency	1S		D29	terahertz	10¹² Hz	THz
02	Periodic and related phenomena	6	frequency	1S		A86	gigahertz	10⁹ Hz	GHz
02	Periodic and related phenomena	7	frequency	1M		H10	reciprocal hour	2,777 78 × 10⁻⁴ s⁻¹	1/h
02	Periodic and related phenomena	8	frequency	1M		H11	reciprocal month	3,802 57 × 10⁻⁷ s⁻¹	1/mo
02	Periodic and related phenomena	9	frequency	1M		H09	reciprocal year	3,168 81 x 10⁻⁸ s⁻¹	1/y
02	Periodic and related phenomena	10	frequency	1M		H85	reciprocal week	1,647 989 452 868 × 10⁻⁶ s⁻¹	1/wk
02	Periodic and related phenomena	11	rotational frequency	1		C97	reciprocal second	s⁻¹	s⁻¹
02	Periodic and related phenomena	12	rotational frequency	1		RPS	revolutions per second	1/s	r/s	Refer ISO/TC12 SI Guide
02	Periodic and related phenomena	13	rotational frequency	1		RPM	revolutions per minute	1,67 x 10⁻²/s	r/min	Refer ISO/TC12 SI Guide
02	Periodic and related phenomena	14	rotational frequency	1S		C94	reciprocal minute	1,666 667 x 10⁻² s	min⁻¹
02	Periodic and related phenomena	15	angular frequency, pulsatance	1		2A	radian per second	rad/s	rad/s	Refer ISO/TC12 SI Guide
02	Periodic and related phenomena	16	angular frequency, pulsatance	1		C97	reciprocal second	s⁻¹	s⁻¹
02	Periodic and related phenomena	17	wavelength	1		MTR	metre	m	m
02	Periodic and related phenomena	18	wavelength	1		A11	angstrom	10⁻¹⁰ m	Å
02	Periodic and related phenomena	19	wave number, attenuation coefficient, phase coefficient, propagation coefficient, repetency	1		C92	reciprocal metre	m⁻¹	m⁻¹
02	Periodic and related phenomena	20	level of a field quantity, level of a power quantity	1		C50	neper	Np	Np
02	Periodic and related phenomena	21	level of a field quantity, level of a power quantity	1		2N	decibel	0,115 129 3 Np	dB
02	Periodic and related phenomena	22	level of a field quantity, level of a power quantity	1M		M72	bel	B	B	Logarithmic relationship to base 10.
02	Periodic and related phenomena	23	damping coefficient	1		C97	reciprocal second	s⁻¹	s⁻¹
02	Periodic and related phenomena	24	damping coefficient	1		C51	neper per second	Np/s	Np/s
02	Periodic and related phenomena	25	logarithmic decrement	1		C50	neper	Np	Np
03	Mechanics	2	mass	1		KGM	kilogram	kg	kg	A unit of mass equal to one thousand grams.
03	Mechanics	3	mass	1S		MC	microgram	10⁻⁹ kg	µg
03	Mechanics	4	mass	1M		DJ	decagram	10⁻² kg	dag
03	Mechanics	5	mass	1M		DG	decigram	10⁻⁴ kg	dg
03	Mechanics	6	mass	1S		GRM	gram	10⁻³ kg	g
03	Mechanics	7	mass	1M		CGM	centigram	10⁻⁵ kg	cg
03	Mechanics	8	mass	1S		TNE	tonne (metric ton)	10³ kg	t	Synonym: metric ton
03	Mechanics	9	mass	1M		DTN	decitonne	10² kg	dt or dtn	Synonym: centner, metric 100 kg; quintal, metric 100 kg
03	Mechanics	10	mass	1S		MGM	milligram	10⁻⁶ kg	mg
03	Mechanics	11	mass	1M		HGM	hectogram	10⁻¹ kg	hg
03	Mechanics	12	mass	1M		KTN	kilotonne	10⁶ kg	kt
03	Mechanics	13	mass	1S		2U	megagram	10³ kg	Mg
03	Mechanics	14	mass	2		LBR	pound	0,453 592 37 kg	lb
03	Mechanics	15	mass	2		GRN	grain	64,798 91 x 10⁻⁶ kg	gr
03	Mechanics	16	mass	2		ONZ	ounce (avoirdupois)	2,834 952 x 10⁻² kg	oz
03	Mechanics	17	mass	2		CWI	hundred weight (UK)	50,802 35 kg	cwt (UK)
03	Mechanics	18	mass	2		CWA	hundred pound (cwt) / hundred weight (US)	45,359 2 kg	cwt (US)
03	Mechanics	19	mass	2		LTN	ton (UK) or long ton (US)	1,016 047 x 10³ kg	ton (UK)	Synonym: gross ton (2240 lb)
03	Mechanics	20	mass	2		STI	stone (UK)	6,350 293 kg	st
03	Mechanics	21	mass	2		STN	ton (US) or short ton (UK/US)	0,907184 7 x 10³ kg	ton (US)	Synonym: net ton (2000 lb)
03	Mechanics	22	mass	2		APZ	troy ounce or apothecary ounce	3,110 348 x 10⁻³ kg	tr oz
03	Mechanics	23	mass	2		F13	slug	1,459 390 x 10¹ kg	slug	A unit of mass. One slug is the mass accelerated at 1 foot per second per second by a force of 1 pound.
03	Mechanics	24	mass	2		K64	pound (avoirdupois) per degree Fahrenheit	0,816 466 3 kg/K	lb/°F
03	Mechanics	25	mass	2		L69	tonne per kelvin	10³ kg/K	t/K
03	Mechanics	26	mass	2		L87	ton short per degree Fahrenheit	1,632 932 x 10³ kg/K	ton (US)/°F
03	Mechanics	27	mass	2		M85	ton, assay	2,916 667 x 10⁻² kg		Non SI-conforming unit of the mass used in the mineralogy to determine the concentration of precious metals in ore according to the mass of the precious metal in milligrams in a sample of the mass of an assay sound (number of troy ounces in a short ton (1 000 lb)).
03	Mechanics	28	mass	2		M86	pfund	0,5 kg	pfd	Outdated unit of the mass used in Germany.
03	Mechanics	29	density, mass density, volumic mass	1		KMQ	kilogram per cubic metre	kg/m³	kg/m³	A unit of weight expressed in kilograms of a substance that fills a volume of one cubic metre.
03	Mechanics	30	density, mass density, volumic mass	1S		23	gram per cubic centimetre	10³ kg/m³	g/cm³
03	Mechanics	31	density, mass density, volumic mass	1S		D41	tonne per cubic metre	10³ kg/m³	t/m³
03	Mechanics	32	density, mass density, volumic mass	1S		GJ	gram per millilitre	10³ kg/m³	g/ml
03	Mechanics	33	density, mass density, volumic mass	1S		B35	kilogram per litre	10³ kg/m³	kg/l or kg/L
03	Mechanics	34	density, mass density, volumic mass	1S		GL	gram per litre	kg/m³	g/l
03	Mechanics	35	density, mass density, volumic mass	1M		A93	gram per cubic metre	10⁻³ kg/m³	g/m³
03	Mechanics	36	density, mass density, volumic mass	1M		GP	milligram per cubic metre	10⁻⁶ kg/m³	mg/m³
03	Mechanics	37	density, mass density, volumic mass	1S		B72	megagram per cubic metre	10³ kg/m³	Mg/m³
03	Mechanics	38	density, mass density, volumic mass	1S		B34	kilogram per cubic decimetre	10³ kg/m³	kg/dm³
03	Mechanics	39	density, mass density, volumic mass	1S		H64	milligram per gram	10⁻³ 1	mg/g
03	Mechanics	40	density, mass density, volumic mass	1M		H29	microgram per litre	10⁻⁶ m⁻³ x kg	µg/l
03	Mechanics	41	density, mass density, volumic mass	1M		M1	milligram per litre	10⁻³ kg/m³	mg/l
03	Mechanics	42	density, mass density, volumic mass	1M		GQ	microgram per cubic metre	10⁻⁹ kg/m³	µg/m³
03	Mechanics	43	density, mass density, volumic mass	1M		G11	gram per cubic centimetre bar	10⁻² m⁻² x s²	g/(cm³·bar)
03	Mechanics	44	density, mass density, volumic mass	1M		G33	gram per cubic centimetre kelvin	10³ kg x m⁻³ x K⁻¹	g/(cm³·K)
03	Mechanics	45	density, mass density, volumic mass	1M		F23	gram per cubic decimetre	kg x m⁻³	g/dm³
03	Mechanics	46	density, mass density, volumic mass	1M		G12	gram per cubic decimetre bar	10⁻⁵ m⁻² x s²	g/(dm³·bar)
03	Mechanics	47	density, mass density, volumic mass	1M		G34	gram per cubic decimetre kelvin	kg x m⁻³ x K⁻¹	g/(dm³·K)
03	Mechanics	48	density, mass density, volumic mass	1M		G14	gram per cubic metre bar	10⁻⁸ m⁻² x s²	g/(m³·bar)
03	Mechanics	49	density, mass density, volumic mass	1M		G36	gram per cubic metre kelvin	10⁻³ kg x m⁻³ x K⁻¹	g/(m³·K)
03	Mechanics	50	density, mass density, volumic mass	1M		G13	gram per litre bar	10⁻⁵ m⁻² x s²	g/(l·bar)
03	Mechanics	51	density, mass density, volumic mass	1M		G35	gram per litre kelvin	kg x m⁻³ x K⁻¹	g/(l·K)
03	Mechanics	52	density, mass density, volumic mass	1M		G15	gram per millilitre bar	10⁻² m⁻² x s²	g/(ml·bar)
03	Mechanics	53	density, mass density, volumic mass	1M		G37	gram per millilitre kelvin	10³ kg x m⁻³ x K⁻¹	g/(ml·K)
03	Mechanics	54	density, mass density, volumic mass	1M		G31	kilogram per cubic centimetre	10⁶ kg x m⁻³	kg/cm³
03	Mechanics	55	density, mass density, volumic mass	1M		G16	kilogram per cubic centimetre bar	10¹ m⁻² x s²	kg/(cm³·bar)
03	Mechanics	56	density, mass density, volumic mass	1M		G38	kilogram per cubic centimetre kelvin	10⁶ kg x m⁻³ x K⁻¹	kg/(cm³·K)
03	Mechanics	57	density, mass density, volumic mass	1M		G18	kilogram per cubic metre bar	10⁻⁵ m⁻² x s²	kg/(m³·bar)
03	Mechanics	58	density, mass density, volumic mass	1M		G40	kilogram per cubic metre kelvin	kg x m⁻³ x K⁻¹	kg/(m³·K)
03	Mechanics	59	density, mass density, volumic mass	1M		H54	kilogram per cubic decimetre kelvin	10³ m⁻³ x kg x K⁻¹	(kg/dm³)/K
03	Mechanics	60	density, mass density, volumic mass	1M		H55	kilogram per cubic decimetre bar	10⁻² m⁻² x s²	(kg/dm³)/bar
03	Mechanics	61	density, mass density, volumic mass	1M		F14	gram per kelvin	10⁻³ kg x K⁻¹	g/K
03	Mechanics	62	density, mass density, volumic mass	1M		F15	kilogram per kelvin	kg x K⁻¹	kg/K
03	Mechanics	63	density, mass density, volumic mass	1M		F24	kilogram per kilomol	10⁻³ kg x mol⁻¹	kg/kmol
03	Mechanics	64	density, mass density, volumic mass	1M		G17	kilogram per litre bar	10⁻² m⁻² x s²	kg/(l·bar)
03	Mechanics	65	density, mass density, volumic mass	1M		G39	kilogram per litre kelvin	10³ kg x m⁻³ x K⁻¹	kg/(l·K)
03	Mechanics	66	density, mass density, volumic mass	1M		H53	kilogram per bar	10⁻⁵ m x s²	kg/bar
03	Mechanics	67	density, mass density, volumic mass	1M		F18	kilogram square centimetre	10⁻⁴ kg m²	kg·cm²
03	Mechanics	68	density, mass density, volumic mass	1M		F19	kilogram square millimetre	10⁻⁶ kg m²	kg·mm²
03	Mechanics	69	density, mass density, volumic mass	1M		F74	gram per bar	10⁻⁸ m x s²	g/bar
03	Mechanics	70	density, mass density, volumic mass	1M		F75	milligram per bar	10⁻¹¹ m x s²	mg/bar
03	Mechanics	71	density, mass density, volumic mass	1M		F16	milligram per kelvin	10⁻⁶ kg x K⁻¹	mg/K
03	Mechanics	72	density, mass density, volumic mass	1M		M73	kilogram per cubic metre pascal	m⁻² x s²	(kg/m³)/Pa	SI base unit kilogram divided by the product of the power of the SI base unit metre with exponent 3 and the derived SI unit pascal.
03	Mechanics	73	density, mass density, volumic mass	2		87	pound per cubic foot	1,601 846 x 10¹ kg/m³	lb/ft³
03	Mechanics	74	density, mass density, volumic mass	2		GE	pound per gallon (US)	1,198 264 x 10² kg/m³	lb/gal (US)
03	Mechanics	75	density, mass density, volumic mass	2		LA	pound per cubic inch	2,767 990 x 10⁴ kg/m³	lb/in³
03	Mechanics	76	density, mass density, volumic mass	2		G32	ounce (avoirdupois) per cubic yard	3,707 98 × 10⁻² kg x m⁻³	oz/yd³
03	Mechanics	77	density, mass density, volumic mass	2		J34	microgram per cubic metre kelvin	10⁻⁹ (kg/m³)/K	(µg/m³)/K
03	Mechanics	78	density, mass density, volumic mass	2		J35	microgram per cubic metre bar	10⁻¹⁴ (kg/m³)/Pa	(µg/m³)/bar
03	Mechanics	79	density, mass density, volumic mass	2		K41	grain per gallon (US)	1,711 806 x 10⁻² kg/m³	gr/gal (US)
03	Mechanics	80	density, mass density, volumic mass	2		K69	pound (avoirdupois) per cubic foot degree Fahrenheit	28,833 23 (kg/m³)/K	(lb/ft³)/°F
03	Mechanics	81	density, mass density, volumic mass	2		K70	pound (avoirdupois) per cubic foot psi	2,323 282 x 10⁻³	(lb/ft³)/psi
03	Mechanics	82	density, mass density, volumic mass	2		K71	pound (avoirdupois) per gallon (UK)	99,776 37 kg/m³	lb/gal (UK)
03	Mechanics	83	density, mass density, volumic mass	2		K75	pound (avoirdupois) per cubic inch degree Fahrenheit	4,982 384 x 10⁴ (kg/m³)/K	(lb/in³)/°F
03	Mechanics	84	density, mass density, volumic mass	2		K76	pound (avoirdupois) per cubic inch psi	4,014 632 (kg/m³)/Pa	(lb/in³)/psi
03	Mechanics	85	density, mass density, volumic mass	2		K84	pound per cubic yard	0,593 276 4 kg/m³	lb/yd³
03	Mechanics	86	density, mass density, volumic mass	2		L17	milligram per cubic metre kelvin	10⁻⁶ (kg/m³)/K	(mg/m³)/K
03	Mechanics	87	density, mass density, volumic mass	2		L18	milligram per cubic metre bar	10⁻¹¹ (kg/m³)/Pa	(mg/m³)/bar
03	Mechanics	88	density, mass density, volumic mass	2		L37	ounce (avoirdupois) per gallon (UK)	6,236 023 kg/m³	oz/gal (UK)
03	Mechanics	89	density, mass density, volumic mass	2		L38	ounce (avoirdupois) per gallon (US)	7,489 152 kg/m³	oz/gal (US)
03	Mechanics	90	density, mass density, volumic mass	2		L39	ounce (avoirdupois) per cubic inch	1,729 994 x 10³ kg/m³	oz/in³
03	Mechanics	91	density, mass density, volumic mass	2		L65	slug per cubic foot	5,153 788 x 10² kg/m³	slug/ft³
03	Mechanics	92	density, mass density, volumic mass	2		L76	tonne per cubic metre kelvin	10³ (kg/m³)/K	(t/m³)/K
03	Mechanics	93	density, mass density, volumic mass	2		L77	tonne per cubic metre bar	10⁻² (kg/m³)/Pa	(t/m³)/bar
03	Mechanics	94	density, mass density, volumic mass	2		L92	ton (UK long) per cubic yard	1,328 939 x 10³ kg/m³	ton.l/yd³ (UK)
03	Mechanics	95	density, mass density, volumic mass	2		L93	ton (US short) per cubic yard	1,186 553 x 10³ kg/m³	ton.s/yd³ (US)
03	Mechanics	96	density, mass density, volumic mass	2		K77	pound (avoirdupois) per psi	6,578 802 x 10⁻⁵ kg/Pa	lb/psi
03	Mechanics	97	density, mass density, volumic mass	2		L70	tonne per bar	10⁻² kg/Pa	t/bar
03	Mechanics	98	density, mass density, volumic mass	2		L91	ton short per psi	0,131 576	ton (US)/psi
03	Mechanics	99	density, mass density, volumic mass	2		M74	kilogram per pascal	m x s²	kg/Pa	SI base unit kilogram divided by the derived SI unit pascal.
03	Mechanics	100	relative density, relative mass density	1		C62	one	1	1	Synonym: unit
03	Mechanics	101	specific volume, massic volume	1		A39	cubic metre per kilogram	m³/kg	m³/kg
03	Mechanics	102	specific volume, massic volume	1M		22	decilitre per gram	10⁻¹ x m³/kg	dl/g
03	Mechanics	103	specific volume, massic volume	1M		H65	millilitre per cubic metre	10⁻⁶ 1	ml/m³
03	Mechanics	104	specific volume, massic volume	1M		H83	litre per kilogram	10⁻³ m³ x kg⁻¹	l/kg
03	Mechanics	105	specific volume, massic volume	1M		KX	millilitre per kilogram	10⁻⁶ m³/kg	ml/kg
03	Mechanics	106	specific volume, massic volume	1M		H15	square centimetre per gram	10⁻¹ kg⁻¹ x m²	cm²/g
03	Mechanics	107	specific volume, massic volume	1M		N28	cubic decimetre per kilogram	10⁻³ m³ x kg⁻¹	dm³/kg	0,001 fold of the power of the SI base unit meter by exponent 3 divided by the SI based unit kilogram.
03	Mechanics	108	specific volume, massic volume	2		N29	cubic foot per pound	6,242 796 x 10⁻² m³/kg	ft³/lb	Power of the unit foot according to the Anglo-American and Imperial system of units by exponent 3 divided by the unit avoirdupois pound according to the avoirdupois unit system.
03	Mechanics	109	specific volume, massic volume	2		N30	cubic inch per pound	3,612 728 x 10⁻⁵ m³/kg	in³/lb	Power of the unit inch according to the Anglo-American and Imperial system of units by exponent 3 divided by the avoirdupois pound according to the avoirdupois unit system .
03	Mechanics	110	linear density, linear mass	1		KL	kilogram per metre	kg/m	kg/m
03	Mechanics	111	linear density, linear mass	1M		GF	gram per metre (gram per 100 centimetres)	10⁻³ kg/m	g/m
03	Mechanics	112	linear density, linear mass	1M		H76	gram per millimetre	10¹ kg x m⁻¹	g/mm
03	Mechanics	113	linear density, linear mass	1M		KW	kilogram per millimetre	10³ kg/m	kg/mm
03	Mechanics	114	linear density, linear mass	1S		C12	milligram per metre	10⁻⁶ kg/m	mg/m
03	Mechanics	115	linear density, linear mass	1S		M31	kilogram per kilometre	10⁻³ kg/m	kg/km
03	Mechanics	116	linear density, linear mass	2		P2	pound per foot	1,488 164 kg/m	lb/ft
03	Mechanics	117	linear density, linear mass	2		PO	pound per inch of length	1,785 797 x 10¹ kg/m	lb/in
03	Mechanics	118	linear density, linear mass	2		M83	denier	1,111 111 x 10⁻⁷ kg/m	den	Traditional unit for the indication of the linear mass of textile fibers and yarns.
03	Mechanics	119	linear density, linear mass	2		M84	pound per yard	4,960 546 x 10⁻¹ kg/m	lb/yd	Unit for linear mass according to avoirdupois system of units.
03	Mechanics	120	surface density, areic mass	1		GO	milligram per square metre	10⁻⁶ kg/m²	mg/m²
03	Mechanics	121	surface density, areic mass	1M		25	gram per square centimetre	10 kg/m²	g/cm²
03	Mechanics	122	surface density, areic mass	1S		H63	milligram per square centimetre	10⁻² m⁻² x kg	mg/cm²
03	Mechanics	123	surface density, areic mass	1M		GM	gram per square metre	10⁻³ kg/m²	g/m²
03	Mechanics	124	surface density, areic mass	1M		28	kilogram per square metre	kg/m²	kg/m²
03	Mechanics	125	surface density, areic mass	2		D5	kilogram per square centimetre	10⁴ kg/m²	kg/cm²
03	Mechanics	126	surface density, areic mass	2		ON	ounce per square yard	3,390 575 x 10⁻² kg/m²	oz/yd²
03	Mechanics	127	surface density, areic mass	2		37	ounce per square foot	0,305 151 7 kg/m²	oz/ft²
03	Mechanics	128	momentum	1		B31	kilogram metre per second	kg x m/s	kg·m/s
03	Mechanics	129	momentum	1M		M98	kilogram centimetre per second	10⁻² kg x m/s	kg·(cm/s)	Product of the SI base unit kilogram and the 0,01-fold of the SI base unit metre divided by the SI base unit second.
03	Mechanics	130	momentum	1M		M99	gram centimetre per second	10⁻⁵ kg x m/s	g·(cm/s)	Product of the 0,001-fold of the SI base unit kilogram and the 0,01-fold of the SI base unit metre divided by the SI base unit second.
03	Mechanics	131	momentum	2		N10	pound foot per second	1,382 550 x 10⁻¹ kg x m/s	lb·(ft/s)	Product of the avoirdupois pound according to the avoirdupois unit system and the unit foot according to the Anglo-American and Imperial system of units divided by the SI base unit second.
03	Mechanics	132	momentum	2		N11	pound inch per second	1,152 125 x 10⁻² kg x m/s	lb·(in/s)	Product of the avoirdupois pound according to the avoirdupois unit system and the unit inch according to the Anglo-American and Imperial system of units divided by the SI base unit second.
03	Mechanics	133	moment of momentum, angular momentum	1		B33	kilogram metre squared per second	kg x m²/s	kg·m²/s
03	Mechanics	134	moment of inertia (dynamic moment of inertia)	1		B32	kilogram metre squared	kg x m²	kg·m²
03	Mechanics	135	moment of inertia (dynamic moment of inertia)	2		F20	pound inch squared	2,926 397 x 10⁻⁴ kg x m²	lb·in²
03	Mechanics	136	moment of inertia (dynamic moment of inertia)	2		K65	pound (avoirdupois) square foot	4,214 011 x 10⁻² kg x m²	lb·ft²
03	Mechanics	137	force, weight	1		NEW	newton	(kg x m)/s²	N
03	Mechanics	138	force, weight	1S		B73	meganewton	10⁶ N	MN
03	Mechanics	139	force, weight	1S		B47	kilonewton	10³ N	kN
03	Mechanics	140	force, weight	1S		C20	millinewton	10⁻³ N	mN
03	Mechanics	141	force, weight	1S		B92	micronewton	10⁻⁶ N	µN
03	Mechanics	142	force, weight	2	D	DU	dyne	10⁻⁵ N	dyn
03	Mechanics	143	force, weight	2		C78	pound-force	4,448 222 N	lbf
03	Mechanics	144	force, weight	2	D	B37	kilogram-force	9,806 65 N	kgf
03	Mechanics	145	force, weight	2	D	B51	kilopond	9,806 65 N	kp	Synonym: kilogram-force
03	Mechanics	146	force, weight	2		L40	ounce (avoirdupois)-force	0,278 013 9 N	ozf
03	Mechanics	147	force, weight	2		L94	ton-force (US short)	8,896 443 x 10³ N	ton.sh-force
03	Mechanics	148	force, weight	2		M75	kilopound-force	4,448 222 x 10³ N	kip	1000-fold of the unit of the force pound-force (lbf) according to the Anglo-American system of units with the relationship.
03	Mechanics	149	force, weight	2		M76	poundal	1,382 550 x 10⁻¹ N	pdl	Non SI-conforming unit of the power, which corresponds to a mass of a pound multiplied with the acceleration of a foot per square second.
03	Mechanics	150	force, weight	2		M77	kilogram metre per second squared	(kg x m)/s²	kg·m/s²	Product of the SI base unit kilogram and the SI base unit metre divided by the power of the SI base unit second by exponent 2.
03	Mechanics	151	force, weight	2		M78	pond	9,806 65 x 10⁻³ N	p	0,001-fold of the unit of the weight, defined as a mass of 1 kg which finds out about a weight strength from 1 kp by the gravitational force at sea level which corresponds to a strength of 9,806 65 newton.
03	Mechanics	152	force divided by length	2		F17	pound-force per foot	1,459 39 × 10¹ kg x s⁻²	lbf/ft
03	Mechanics	153	force divided by length	2		F48	pound-force per inch	1,751 27 × 10² kg x s⁻²	lbf/in
03	Mechanics	154	gravitational constant	1		C54	newton metre squared per kilogram squared	N x m²/kg²	N·m²/kg²
03	Mechanics	155	moment of force, moment of a couple, torque	1		NU	newton metre	N x m	N·m
03	Mechanics	156	moment of force, moment of a couple, torque	1		H40	newton per ampere	kg x m x s⁻² x A⁻¹	N/A
03	Mechanics	157	moment of force, moment of a couple, torque	1S		B74	meganewton metre	10⁶ N x m	MN·m
03	Mechanics	158	moment of force, moment of a couple, torque	1S		B48	kilonewton metre	10³ N x m	kN·m
03	Mechanics	159	moment of force, moment of a couple, torque	1S		D83	millinewton metre	10⁻³ N x m	mN·m
03	Mechanics	160	moment of force, moment of a couple, torque	1S		B93	micronewton metre	10⁻⁶ N x m	µN·m
03	Mechanics	161	moment of force, moment of a couple, torque	1S		DN	decinewton metre	10⁻¹ N x m	dN·m
03	Mechanics	162	moment of force, moment of a couple, torque	1S		J72	centinewton metre	10⁻² N x m	cN·m
03	Mechanics	163	moment of force, moment of a couple, torque	1S		M94	kilogram metre	kg x m	kg·m	Unit of imbalance as a product of the SI base unit kilogram and the SI base unit metre.
03	Mechanics	164	moment of force, moment of a couple, torque	1M		F88	newton centimetre	10⁻² kg x m² x s⁻²	N·cm
03	Mechanics	165	moment of force, moment of a couple, torque	1M		F90	newton metre per ampere	kg x m² x s⁻² x A⁻¹	N·m/A
03	Mechanics	166	moment of force, moment of a couple, torque	1M		F89	newton metre per degree	57,295 788 kg x m² x s⁻² x rad⁻¹	Nm/°
03	Mechanics	167	moment of force, moment of a couple, torque	1M		G19	newton metre per kilogram	m² x s⁻²	N·m/kg
03	Mechanics	168	moment of force, moment of a couple, torque	1M		F47	newton per millimetre	10³ kg x s⁻²	N/mm
03	Mechanics	169	moment of force, moment of a couple, torque	1M		M93	newton metre per radian	m² x kg x s⁻² x rad⁻¹	N·m/rad	Product of the derived SI unit newton and the SI base unit metre divided by the unit radian.
03	Mechanics	170	moment of force, moment of a couple, torque	2		H41	newton metre watt to the power minus 0,5	kg x m² x s⁻² x W⁻⁰‧⁵	N·m·W⁻⁰‧⁵
03	Mechanics	171	moment of force, moment of a couple, torque	2	D	B38	kilogram-force metre	9,806 65 N x m	kgf·m
03	Mechanics	172	moment of force, moment of a couple, torque	2		IA	inch pound (pound inch)	1,152 12 x 10⁻² kg x m	in·lb
03	Mechanics	173	moment of force, moment of a couple, torque	2		4Q	ounce inch	7,200 778 x 10⁻⁴ kg x m	oz·in
03	Mechanics	174	moment of force, moment of a couple, torque	2		4R	ounce foot	8,640 934 x 10⁻³ kg x m	oz·ft
03	Mechanics	175	moment of force, moment of a couple, torque	2		F22	pound-force foot per ampere	1,355 82 kg x m² x s⁻² x A⁻¹	lbf·ft/A
03	Mechanics	176	moment of force, moment of a couple, torque	2		F21	pound-force inch	1,129 85 × 10⁻¹ kg x m² x s⁻²	lbf·in
03	Mechanics	177	moment of force, moment of a couple, torque	2		G20	pound-force foot per pound	2,989 07 m² x s⁻²	lbf·ft/lb
03	Mechanics	178	moment of force, moment of a couple, torque	2	D	J94	dyne centimetre	10⁻⁷ N x m	dyn·cm
03	Mechanics	179	moment of force, moment of a couple, torque	2		L41	ounce (avoirdupois)-force inch	7,061 552 x 10⁻³ N x m	ozf·in
03	Mechanics	180	moment of force, moment of a couple, torque	2		M92	pound-force foot	1,355 818 N x m	lbf·ft	Product of the unit pound-force according to the Anglo-American system of units and the unit foot according to the Anglo-American and the Imperial system of units.
03	Mechanics	181	moment of force, moment of a couple, torque	2		M95	poundal foot	4,214 011 x 10⁻² N x m	pdl·ft	Product of the non SI-conforming unit of the force poundal and the unit foot according to the Anglo-American and Imperial system of units .
03	Mechanics	182	moment of force, moment of a couple, torque	2		M96	poundal inch	3,511 677 10⁻³ N x m	pdl·in	Product of the non SI-conforming unit of the force poundal and the unit inch according to the Anglo-American and Imperial system of units .
03	Mechanics	183	moment of force, moment of a couple, torque	2		M97	dyne metre	10⁻⁵ N x m	dyn·m	CGS (Centimetre-Gram-Second system) unit of the rotational moment.
03	Mechanics	184	impulse	1		C57	newton second	N x s	N·s
03	Mechanics	185	angular impulse	1		C53	newton metre second	N x m x s	N·m·s
03	Mechanics	186	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		74	millipascal	10⁻³ Pa	mPa
03	Mechanics	187	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		MPA	megapascal	10⁶ Pa	MPa
03	Mechanics	188	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1		PAL	pascal	Pa	Pa
03	Mechanics	189	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		KPA	kilopascal	10³ Pa	kPa
03	Mechanics	190	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1		BAR	bar [unit of pressure]	10⁵ Pa	bar
03	Mechanics	191	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		HBA	hectobar	10⁷ Pa	hbar
03	Mechanics	192	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		MBR	millibar	10² Pa	mbar
03	Mechanics	193	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		KBA	kilobar	10⁸ Pa	kbar
03	Mechanics	194	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1		ATM	standard atmosphere	1 013 25 Pa	atm
03	Mechanics	195	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		A89	gigapascal	10⁹ Pa	GPa
03	Mechanics	196	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		B96	micropascal	10⁻⁶ Pa	µPa
03	Mechanics	197	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		A97	hectopascal	10² Pa	hPa
03	Mechanics	198	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		H75	decapascal	10¹ Pa	daPa
03	Mechanics	199	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		B85	microbar	10⁻¹ Pa	µbar
03	Mechanics	200	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		C55	newton per square metre	Pa	N/m²
03	Mechanics	201	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		C56	newton per square millimetre	10⁶ Pa	N/mm²
03	Mechanics	202	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		H07	pascal second per bar	10⁻⁵ s	Pa·s/bar
03	Mechanics	203	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F94	hectopascal cubic metre per second	10² kg x m² x s⁻³	hPa·m³/s
03	Mechanics	204	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F93	hectopascal litre per second	10⁻¹ kg x m² x s⁻³	hPa·l/s
03	Mechanics	205	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F82	hectopascal per kelvin	10² kg x m⁻¹ x s⁻² x K⁻¹	hPa/K
03	Mechanics	206	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F83	kilopascal per kelvin	10³ kg x m⁻¹ x s⁻² x K⁻¹	kPa/K
03	Mechanics	207	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F98	megapascal cubic metre per second	10⁶ kg x m² x s⁻³	MPa·m³/s
03	Mechanics	208	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F97	megapascal litre per second	10³ kg x m² x s⁻³	MPa·l/s
03	Mechanics	209	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F85	megapascal per kelvin	10⁶ kg x m⁻¹ x s⁻² x K⁻¹	MPa/K
03	Mechanics	210	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		H07	pascal second per bar	10⁻⁵ s	Pa·s/bar
03	Mechanics	211	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F96	millibar cubic metre per second	10² kg x m² x s⁻³	mbar·m³/s
03	Mechanics	212	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F95	millibar litre per second	10⁻¹ kg x m² x s⁻³	mbar·l/s
03	Mechanics	213	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F84	millibar per kelvin	10² kg x m⁻¹ x s⁻² x K⁻¹	mbar/K
03	Mechanics	214	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		G01	pascal cubic metre per second	kg x m² x s⁻³	Pa·m³/s
03	Mechanics	215	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F99	pascal litre per second	10⁻³ kg x m² x s⁻³	Pa·l/s
03	Mechanics	216	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F77	pascal second per kelvin	kg x m⁻¹ x s⁻¹ x K⁻¹	Pa.s/K
03	Mechanics	217	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		F85	megapascal per kelvin	10⁶ kg x m⁻¹ x s⁻² x K⁻¹	MPa/K
03	Mechanics	218	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1M		E01	newton per square centimetre	10⁴ Pa	N/cm²	A measure of pressure expressed in newtons per square centimetre.
03	Mechanics	219	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		FP	pound per square foot	4,882 428 kg/m²	lb/ft²
03	Mechanics	220	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		PS	pound-force per square inch	6,894 757 x 10³ Pa	lbf/in²
03	Mechanics	221	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	B40	kilogram-force per square metre	9,806 65 Pa	kgf/m²
03	Mechanics	222	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	UA	torr	133,322 4 Pa	Torr
03	Mechanics	223	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	ATT	technical atmosphere	98 066,5 Pa	at
03	Mechanics	224	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		80	pound per square inch absolute	7,030 696 x 10² kg/m²	lb/in²
03	Mechanics	225	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	H78	conventional centimetre of water	9,806 65 × 10¹ Pa	cm H₂O
03	Mechanics	226	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	HP	conventional millimetre of water	9,806 65 Pa	mm H₂O
03	Mechanics	227	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	HN	conventional millimetre of mercury	133,322 4 Pa	mm Hg
03	Mechanics	228	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		F79	inch of mercury	3,386 39 × 10³ kg x m⁻¹ x s⁻²	inHg
03	Mechanics	229	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		F78	inch of water	2,490 89 × 10² kg x m⁻¹ x s⁻²	inH₂O
03	Mechanics	230	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	J89	centimetre of mercury	1,333 224 x 10³ Pa	cm Hg
03	Mechanics	231	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	K24	foot of water	2,989 067 x 10³ Pa	ft H₂O
03	Mechanics	232	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	K25	foot of mercury	4,063 666 x 10⁴ Pa	ft Hg
03	Mechanics	233	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		K31	gram-force per square centimetre	98,066 5 Pa	gf/cm²
03	Mechanics	234	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		E42	kilogram-force per square centimetre	9,806 65 x 10⁴ Pa	kgf/cm²
03	Mechanics	235	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		E41	kilogram-force per square millimetre	9,806 65 x 10⁻⁶ Pa	kgf·m/cm²
03	Mechanics	236	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		K85	pound-force per square foot	47,880 26 Pa	lbf/ft²
03	Mechanics	237	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		K86	pound-force per square inch degree Fahrenheit	1,241 056 x 10⁴ Pa/K	psi/°F
03	Mechanics	238	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2	D	84	A unit of pressure defining the number of kilopounds force per square inch. Use kip per square inch (common code N20).	6,894 757 x 10⁶ Pa	klbf/in²	A unit of pressure defining the number of kilopounds force per square inch.
03	Mechanics	239	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N13	centimetre of mercury (0 ºC)	1,333 22 x 10³ Pa	cmHg (0 ºC)	Non SI-conforming unit of pressure, at which a value of 1 cmHg meets the static pressure, which is generated by a mercury at a temperature of 0 °C with a height of 1 centimetre .
03	Mechanics	240	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N14	centimetre of water (4 ºC)	9,806 38 x 10 Pa	cmH₂O (4 °C)	Non SI-conforming unit of pressure, at which a value of 1 cmH2O meets the static pressure, which is generated by a head of water at a temperature of 4 °C with a height of 1 centimetre .
03	Mechanics	241	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N15	foot of water (39.2 ºF)	2,988 98 x 10³ Pa	ftH₂O (39,2 ºF)	Non SI-conforming unit of pressure according to the Anglo-American and Imperial system for units, whereas the value of 1 ftH2O is equivalent to the static pressure, which is generated by a head of water at a temperature 39,2°F with a height of 1 foot .
03	Mechanics	242	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N16	inch of mercury (32 ºF)	3,386 38 x 10³ Pa	inHG (32 ºF)	Non SI-conforming unit of pressure according to the Anglo-American and Imperial system for units, whereas the value of 1 inHg meets the static pressure, which is generated by a mercury at a temperature of 32°F with a height of 1 inch.
03	Mechanics	243	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N17	inch of mercury (60 ºF)	3,376 85 x 10³ Pa	inHg (60 ºF)	Non SI-conforming unit of pressure according to the Anglo-American and Imperial system for units, whereas the value of 1 inHg meets the static pressure, which is generated by a mercury at a temperature of 60°F with a height of 1 inch.
03	Mechanics	244	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N18	inch of water (39.2 ºF)	2,490 82 × 10² Pa	inH₂O (39,2 ºF)	Non SI-conforming unit of pressure according to the Anglo-American and Imperial system for units, whereas the value of 1 inH2O meets the static pressure, which is generated by a head of water at a temperature of 39,2°F with a height of 1 inch .
03	Mechanics	245	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N19	inch of water (60 ºF)	2,488 4 × 10² Pa	inH₂O (60 ºF)	Non SI-conforming unit of pressure according to the Anglo-American and Imperial system for units, whereas the value of 1 inH2O meets the static pressure, which is generated by a head of water at a temperature of 60°F with a height of 1 inch .
03	Mechanics	246	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N20	kip per square inch	6,894 757 x 10⁶ Pa	ksi	Non SI-conforming unit of the pressure according to the Anglo-American system of units as the 1000-fold of the unit of the force pound-force divided by the power of the unit inch by exponent 2.
03	Mechanics	247	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N21	poundal per square foot	1,488 164 Pa	pdl/ft²	Non SI-conforming unit of pressure by the Imperial system of units according to NIST: 1 pdl/ft² = 1,488 164 Pa.
03	Mechanics	248	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N22	ounce (avoirdupois) per square inch	4,394 185 x 10 kg/m²	oz/in²	Unit of the surface specific mass (avoirdupois ounce according to the avoirdupois system of units according to the surface square inch according to the Anglo-American and Imperial system of units).
03	Mechanics	249	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N23	conventional metre of water	9,806 65 x 10³ Pa	mH₂O	Not SI-conforming unit of pressure, whereas a value of 1 mH2O is equivalent to the static pressure, which is produced by one metre high water column .
03	Mechanics	250	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N24	gram per square millimetre	10³ kg/m²	g/mm²	0,001-fold of the SI base unit kilogram divided by the 0.000 001-fold of the power of the SI base unit meter by exponent 2.
03	Mechanics	251	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N25	pound per square yard	5,424 919 x 10⁻¹ kg/m²	lb/yd²	Unit for areal-related mass as a unit pound according to the avoirdupois unit system divided by the power of the unit yard according to the Anglo-American and Imperial system of units with exponent 2.
03	Mechanics	252	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	2		N26	poundal per square inch	2,142 957 × 10² Pa	pdl/in²	Non SI-conforming unit of the pressure according to the Imperial system of units (poundal by square inch).
03	Mechanics	253	pressure ratio	1M		E99	hectopascal per bar	10⁻³	hPa/bar
03	Mechanics	254	pressure ratio	1M		F05	megapascal per bar	10¹	MPa/bar
03	Mechanics	255	pressure ratio	1M		F04	millibar per bar	10⁻³	mbar/bar
03	Mechanics	256	pressure ratio	1M		F07	pascal per bar	10⁻⁵	Pa/bar
03	Mechanics	257	pressure ratio	1M		F03	kilopascal per bar	10⁻²	kPa/bar
03	Mechanics	258	pressure ratio	2		L52	psi per psi	1	psi/psi
03	Mechanics	259	pressure ratio	2		J56	bar per bar	1	bar/bar
03	Mechanics	260	linear strain, relative elongation, shear strain, volume or bulk strain	1		C62	one	1	1	Synonym: unit
03	Mechanics	261	poisson ratio, poisson number	1		C62	one	1	1	Synonym: unit
03	Mechanics	262	compressibility, bulk compressibility	1		C96	reciprocal pascal or pascal to the power minus one	Pa⁻¹	Pa⁻¹
03	Mechanics	263	compressibility, bulk compressibility	1M		F58	reciprocal bar	bar⁻¹	1/bar
03	Mechanics	264	second moment of area, second axial moment of area	1		B83	metre to the fourth power	m⁴	m⁴
03	Mechanics	265	second moment of area, second axial moment of area	1M		G77	millimetre to the fourth power	10⁻¹² m⁴	mm⁴
03	Mechanics	266	second polar moment of area	2		D69	inch to the fourth power	41,623 14 x 10⁻⁸ m⁴	in⁴
03	Mechanics	267	second polar moment of area	2		N27	foot to the fourth power	8,630 975 x 10⁻³ m⁴	ft⁴	Power of the unit foot according to the Anglo-American and Imperial system of units by exponent 4 according to NIST: 1 ft4 = 8,630 975 m4.
03	Mechanics	268	section modulus	1		MTQ	cubic metre	m³	m³	Synonym: metre cubed
03	Mechanics	269	section modulus	2		INQ	cubic inch	16,387 064 x 10⁻⁶ m³	in³	Synonym: inch cubed
03	Mechanics	270	friction factor, coefficient of friction	1		C62	one	1	1	Synonym: unit
03	Mechanics	271	viscosity (dynamic viscosity)	1		C65	pascal second	Pa x s	Pa·s
03	Mechanics	272	viscosity (dynamic viscosity)	1		N37	kilogram per metre second	Pa x s	kg/(m·s)	Unit of the dynamic viscosity as a quotient SI base unit kilogram divided by the SI base unit metre and by the SI base unit second.
03	Mechanics	273	viscosity (dynamic viscosity)	1		N38	kilogram per metre minute	1,666 67 × 10⁻² Pa x s	kg/(m·min)	Unit of the dynamic viscosity as a quotient SI base unit kilogram divided by the SI base unit metre and by the unit minute.
03	Mechanics	274	viscosity (dynamic viscosity)	1S		C24	millipascal second	10⁻³ Pa x s	mPa·s
03	Mechanics	275	viscosity (dynamic viscosity)	1S		N36	newton second per square metre	Pa x s	(N/m²)·s	Unit of the dynamic viscosity as a product of unit of the pressure (newton by square metre) multiplied with the SI base unit second.
03	Mechanics	276	viscosity (dynamic viscosity)	1M		N39	kilogram per metre day	1,157 41 × 10⁻⁵ Pa x s	kg/(m·d)	Unit of the dynamic viscosity as a quotient SI base unit kilogram divided by the SI base unit metre and by the unit day.
03	Mechanics	277	viscosity (dynamic viscosity)	1M		N40	kilogram per metre hour	2,777 78 × 10⁻⁴ Pa x s	kg/(m·h)	Unit of the dynamic viscosity as a quotient SI base unit kilogram divided by the SI base unit metre and by the unit hour.
03	Mechanics	278	viscosity (dynamic viscosity)	1M		N41	gram per centimetre second	0,1 Pa x s	g/(cm·s)	Unit of the dynamic viscosity as a quotient of the 0,001-fold of the SI base unit kilogram divided by the 0,01-fold of the SI base unit metre and SI base unit second.
03	Mechanics	279	viscosity (dynamic viscosity)	2		89	poise	0,1 Pa x s	P
03	Mechanics	280	viscosity (dynamic viscosity)	2		C7	centipoise	10⁻³ Pa x s	cP
03	Mechanics	281	viscosity (dynamic viscosity)	2		F06	poise per bar	10⁻⁶ s	P/bar
03	Mechanics	282	viscosity (dynamic viscosity)	2		F86	poise per kelvin	10⁻¹ kg x m⁻¹ x s⁻¹ x K⁻¹	P/K
03	Mechanics	283	viscosity (dynamic viscosity)	2		J32	micropoise	10⁻⁶ Pa x s	µP
03	Mechanics	284	viscosity (dynamic viscosity)	2		J73	centipoise per kelvin	10⁻³ Pa x s/K	cP/K
03	Mechanics	285	viscosity (dynamic viscosity)	2		J74	centipoise per bar	10⁻⁸ s	cP/bar
03	Mechanics	286	viscosity (dynamic viscosity)	2		K67	pound per foot hour	4,133 789 x 10⁻⁴ Pa x s	lb/(ft·h)
03	Mechanics	287	viscosity (dynamic viscosity)	2		K68	pound per foot second	1,488 164 Pa x s	lb/(ft·s)
03	Mechanics	288	viscosity (dynamic viscosity)	2		K91	pound-force second per square foot	47,880 26 Pa x s	lbf·s/ft²
03	Mechanics	289	viscosity (dynamic viscosity)	2		K92	pound-force second per square inch	6,894 757 x 10³ Pa x s	lbf·s/in²
03	Mechanics	290	viscosity (dynamic viscosity)	2		L15	millipascal second per kelvin	10⁻³ Pa x s/K	mPa·s/K
03	Mechanics	291	viscosity (dynamic viscosity)	2		L16	millipascal second per bar	10⁻⁸ s	mPa·s/bar
03	Mechanics	292	viscosity (dynamic viscosity)	2		L64	slug per foot second	47,880 26 Pa x s	slug/(ft·s)
03	Mechanics	293	viscosity (dynamic viscosity)	2		N34	poundal second per square foot	1,488 164 Pa x s	(pdl/ft²)·s	Non SI-conforming unit of viscosity.
03	Mechanics	294	viscosity (dynamic viscosity)	2		N35	poise per pascal	0,1 s	P/Pa	CGS (Centimetre-Gram-Second system) unit poise divided by the derived SI unit pascal.
03	Mechanics	295	viscosity (dynamic viscosity)	2		N42	poundal second per square inch	2,142 957 x 10² Pa x s	(pdl/in²)·s	Non SI-conforming unit of dynamic viscosity according to the Imperial system of units as product unit of the pressure (poundal by square inch) multiplied by the SI base unit second.
03	Mechanics	296	viscosity (dynamic viscosity)	2		N43	pound per foot minute	2,480 273 x 10⁻² Pa x s	lb/(ft·min)	Unit of the dynamic viscosity according to the Anglo-American unit system.
03	Mechanics	297	viscosity (dynamic viscosity)	2		N44	pound per foot day	1,722 412 x 10⁻⁵ Pa x s	lb/(ft·d)	Unit of the dynamic viscosity according to the Anglo-American unit system.
03	Mechanics	298	kinematic viscosity	1		S4	square metre per second	m²/s	m²/s	Synonym: metre squared per second (square metres/second US)
03	Mechanics	299	kinematic viscosity	1		M82	square metre per second pascal	kg⁻¹ x m³ x s	(m²/s)/Pa	Power of the SI base unit metre with the exponent 2 divided by the SI base unit second and the derived SI unit pascal.
03	Mechanics	300	kinematic viscosity	1S		C17	millimetre squared per second	10⁻⁶ m²/s	mm²/s
03	Mechanics	301	kinematic viscosity	1M		G41	square metre per second bar	10⁻⁵ kg⁻¹ x m³ x s	m²/(s·bar)
03	Mechanics	302	kinematic viscosity	1M		G09	square metre per second kelvin	m² x s⁻¹ x K⁻¹	m²/(s·K)
03	Mechanics	303	kinematic viscosity	2		91	stokes	10⁻⁴ m²/s	St
03	Mechanics	304	kinematic viscosity	2		4C	centistokes	10⁻⁶ m²/s	cSt
03	Mechanics	305	kinematic viscosity	2		G46	stokes per bar	10⁻⁹ kg⁻¹ x m³ x s	St/bar
03	Mechanics	306	kinematic viscosity	2		G10	stokes per kelvin	10⁻⁴ m² x s⁻¹ x K⁻¹	St/K
03	Mechanics	307	kinematic viscosity	2		S3	square foot per second	0,092 903 04 m²/s	ft²/s	Synonym: foot squared per second
03	Mechanics	308	kinematic viscosity	2		G08	square inch per second	6,451 6 × 10⁻⁴ m² x s⁻¹	in²/s
03	Mechanics	309	kinematic viscosity	2		M79	square foot per hour	2,580 64 x 10⁻⁵ m²/s	ft²/h	Power of the unit foot according to the Anglo-American and Imperial system of units by exponent 2 divided by the unit of time hour.
03	Mechanics	310	kinematic viscosity	2		M80	stokes per pascal	10⁻⁴ kg⁻¹ x m³ x s	St/Pa	CGS (Centimetre-Gram-Second system) unit stokes divided by the derived SI unit pascal.
03	Mechanics	311	kinematic viscosity	2		M81	square centimetre per second	10⁻⁴ m²/s	cm²/s	0,000 1-fold of the power of the SI base unit metre by exponent 2 divided by the SI base unit second.
03	Mechanics	312	surface tension	1		4P	newton per metre	N/m	N/m
03	Mechanics	313	surface tension	1S		C22	millinewton per metre	10⁻³ N/m	mN/m
03	Mechanics	314	surface tension	1M		M23	newton per centimetre	10² N/m	N/cm
03	Mechanics	315	surface tension	1M		N31	kilonewton per metre	10³ N/m	kN/m	1000-fold of the derived SI unit newton divided by the SI base unit metre.
03	Mechanics	316	surface tension	2	D	DX	dyne per centimetre	10⁻³ N/m	dyn/cm
03	Mechanics	317	surface tension	2		N32	poundal per inch	5,443 110 N/m	pdl/in	Non SI-conforming unit of the surface tension according to the Imperial unit system as quotient poundal by inch.
03	Mechanics	318	surface tension	2		N33	pound-force per yard	4,864 635 N/m	lbf/yd	Unit of force per unit length based on the Anglo-American system of units.
03	Mechanics	319	torsional stiffness, area-related torsional moment	1S		M34	newton metre per square metre	N x m/m²	N·m/m²
03	Mechanics	320	work, energy, potential energy, kinetic energy	1		JOU	joule	J	J
03	Mechanics	321	work, energy, potential energy, kinetic energy	1S		KJO	kilojoule	10³ J	kJ
03	Mechanics	322	work, energy, potential energy, kinetic energy	1S		A68	exajoule	10¹⁸ J	EJ
03	Mechanics	323	work, energy, potential energy, kinetic energy	1S		C68	petajoule	10¹⁵ J	PJ
03	Mechanics	324	work, energy, potential energy, kinetic energy	1S		D30	terajoule	10¹² J	TJ
03	Mechanics	325	work, energy, potential energy, kinetic energy	1S		GV	gigajoule	10⁹ J	GJ
03	Mechanics	326	work, energy, potential energy, kinetic energy	1S		3B	megajoule	10⁶ J	MJ
03	Mechanics	327	work, energy, potential energy, kinetic energy	1S		C15	millijoule	10⁻³ J	mJ
03	Mechanics	328	work, energy, potential energy, kinetic energy	1S		A70	femtojoule	10⁻¹⁵ J	fJ
03	Mechanics	329	work, energy, potential energy, kinetic energy	1S		A13	attojoule	10⁻¹⁸ J	aJ
03	Mechanics	330	work, energy, potential energy, kinetic energy	1		WHR	watt hour	3,6 x 10³ J	W·h
03	Mechanics	331	work, energy, potential energy, kinetic energy	1S		MWH	megawatt hour (1000 kW.h)	3,6 x 10⁹ J	MW·h	A unit of power defining the total amount of bulk energy transferred or consumed.
03	Mechanics	332	work, energy, potential energy, kinetic energy	1S		KWH	kilowatt hour	3,6 x 10⁶ J	kW·h
03	Mechanics	333	work, energy, potential energy, kinetic energy	1S		GWH	gigawatt hour	3,6 x 10¹² J	GW·h
03	Mechanics	334	work, energy, potential energy, kinetic energy	1S		D32	terawatt hour	3,6 x 10¹⁵ J	TW·h
03	Mechanics	335	work, energy, potential energy, kinetic energy	1		A53	electronvolt	1,602 176 487 x 10⁻¹⁹ J	eV
03	Mechanics	336	work, energy, potential energy, kinetic energy	1S		B71	megaelectronvolt	10⁶ eV	MeV
03	Mechanics	337	work, energy, potential energy, kinetic energy	1S		A85	gigaelectronvolt	10⁹ eV	GeV
03	Mechanics	338	work, energy, potential energy, kinetic energy	1S		B29	kiloelectronvolt	10³ eV	keV
03	Mechanics	339	work, energy, potential energy, kinetic energy	2	D	A57	erg	10⁻⁷J	erg
03	Mechanics	340	work, energy, potential energy, kinetic energy	2		85	foot pound-force	1,355 818 J	ft·lbf
03	Mechanics	341	work, energy, potential energy, kinetic energy	2	D	B38	kilogram-force metre	9,806 65 N x m	kgf·m
03	Mechanics	342	work, energy, potential energy, kinetic energy	2		N46	foot poundal	4,214 011 x 10⁻² J	ft·pdl	Unit of the work (force-path).
03	Mechanics	343	work, energy, potential energy, kinetic energy	2		N47	inch poundal	3,511 677 x 10⁻³ J	in·pdl	Unit of work (force multiplied by path) according to the Imperial system of units as a product unit inch multiplied by poundal.
03	Mechanics	344	work per unit weight	2		G20	pound-force foot per pound	2,989 07 m² x s⁻²	lbf·ft/lb
03	Mechanics	345	power	1		WTT	watt	W	W
03	Mechanics	346	power	1S		KWT	kilowatt	10³ W	kW
03	Mechanics	347	power	1S		MAW	megawatt	10⁶ W	MW	A unit of power defining the rate of energy transferred or consumed when a current of 1000 amperes flows due to a potential of 1000 volts at unity power factor.
03	Mechanics	348	power	1S		A90	gigawatt	10⁹ W	GW
03	Mechanics	349	power	1S		C31	milliwatt	10⁻³ W	mW
03	Mechanics	350	power	1S		D80	microwatt	10⁻⁶ W	µW
03	Mechanics	351	power	2		F80	water horse power	7,460 43 x 10² W		A unit of power defining the amount of power required to move a given volume of water against acceleration of gravity to a specified elevation (pressure head).
03	Mechanics	352	power	2	D	A63	erg per second	10⁻⁷ W	erg/s
03	Mechanics	353	power	2		A74	foot pound-force per second	1,355 818 W	ft·lbf/s
03	Mechanics	354	power	2	D	B39	kilogram-force metre per second	9,806 65 W	kgf·m/s
03	Mechanics	355	power	2	D	HJ	metric horse power	735,498 75 W	metric hp
03	Mechanics	356	power	2	D	A25	cheval vapeur	7,354 988 x 10² W	CV	Synonym: metric horse power
03	Mechanics	357	power	2		BHP	brake horse power	7,457 x 10² W	BHP
03	Mechanics	358	power	2		K15	foot pound-force per hour	3,766 161 x 10⁻⁴ W	ft·lbf/h
03	Mechanics	359	power	2		K16	foot pound-force per minute	2,259 697 x 10⁻² W	ft·lbf/min
03	Mechanics	360	power	2		K42	horsepower (boiler)	9,809 50 x 10³ W	boiler hp
03	Mechanics	361	power	2		N12	Pferdestaerke	7,354 988 x 10² W	PS	Obsolete unit of the power relating to DIN 1301-3:1979: 1 PS = 735,498 75 W.
03	Mechanics	362	mass flow rate	1		KGS	kilogram per second	kg/s	kg/s
03	Mechanics	363	mass flow rate	1		H56	kilogram per square metre second	kg m⁻² x s⁻¹	kg/(m²·s)
03	Mechanics	364	mass flow rate	1S		M87	kilogram per second pascal	m x s	(kg/s)/Pa	SI base unit kilogram divided by the product of the SI base unit second and the derived SI unit pascal.
03	Mechanics	365	mass flow rate	1M		4M	milligram per hour	2,777 78 x 10⁻¹⁰ kg/s	mg/h
03	Mechanics	366	mass flow rate	1M		F26	gram per day	1,157 41 × 10⁻⁸ kg x s⁻¹	g/d
03	Mechanics	367	mass flow rate	1M		F62	gram per day bar	1,157 41 × 10⁻¹³ m x s	g/(d·bar)
03	Mechanics	368	mass flow rate	1M		F35	gram per day kelvin	1,157 41 × 10⁻⁸ kg x s⁻¹ x K⁻¹	g/(d·K)
03	Mechanics	369	mass flow rate	1M		F27	gram per hour	2,777 78 × 10⁻⁷ kg x s⁻¹	g/h
03	Mechanics	370	mass flow rate	1M		F63	gram per hour bar	2,777 78 × 10⁻¹² m x s	g/(h·bar)
03	Mechanics	371	mass flow rate	1M		F36	gram per hour kelvin	2,777 78 × 10⁻⁷ kg x s⁻¹ x K⁻¹	g/(h·K)
03	Mechanics	372	mass flow rate	1M		F28	gram per minute	1,666 67 × 10⁻⁵ kg x s⁻¹	g/min
03	Mechanics	373	mass flow rate	1M		F64	gram per minute bar	1,666 67 × 10⁻¹⁰ m x s	g/(min·bar)
03	Mechanics	374	mass flow rate	1M		F37	gram per minute kelvin	1,666 67 × 10⁻⁵ kg x s⁻¹ x K⁻¹	g/(min·K)
03	Mechanics	375	mass flow rate	1M		F29	gram per second	10⁻³ kg x s⁻¹	g/s
03	Mechanics	376	mass flow rate	1M		F65	gram per second bar	10⁻⁸ m x s	g/(s·bar)
03	Mechanics	377	mass flow rate	1M		F38	gram per second kelvin	10⁻³ kg x s⁻¹ x K⁻¹	g/(s·K)
03	Mechanics	378	mass flow rate	1M		F30	kilogram per day	1,157 41 × 10⁻⁵ kg x s⁻¹	kg/d
03	Mechanics	379	mass flow rate	1M		F66	kilogram per day bar	1,157 41 × 10⁻¹⁰ m x s	kg/(d·bar)
03	Mechanics	380	mass flow rate	1M		F39	kilogram per day kelvin	1,157 41 × 10⁻⁵ kg x s⁻¹ x K⁻¹	kg/(d·K)
03	Mechanics	381	mass flow rate	1S		E93	kilogram per hour	2,777 78 × 10⁻⁴ kg x s⁻¹	kg/h
03	Mechanics	382	mass flow rate	1M		F67	kilogram per hour bar	2,777 78 × 10⁻⁹ m x s	kg/(h·bar)
03	Mechanics	383	mass flow rate	1M		F40	kilogram per hour kelvin	2,777 78 × 10⁻⁴ kg x s⁻¹ x K⁻¹	kg/(h·K)
03	Mechanics	384	mass flow rate	1M		F31	kilogram per minute	1,666 67 × 10⁻² kg x s⁻¹	kg/min
03	Mechanics	385	mass flow rate	1M		F68	kilogram per minute bar	1,666 67 × 10⁻⁷ m x s	kg/(min·bar)
03	Mechanics	386	mass flow rate	1M		F41	kilogram per minute kelvin	1,666 67 × 10⁻²kg x s⁻¹ x K⁻¹	kg/(min·K)
03	Mechanics	387	mass flow rate	1M		F69	kilogram per second bar	10⁻⁵ m x s	kg/(s·bar)
03	Mechanics	388	mass flow rate	1M		F42	kilogram per second kelvin	kg x s⁻¹ x K⁻¹	kg/(s·K)
03	Mechanics	389	mass flow rate	1M		F32	milligram per day	1,157 41 × 10⁻¹¹ kg x s⁻¹	mg/d
03	Mechanics	390	mass flow rate	1M		F70	milligram per day bar	1,157 41 × 10⁻¹⁶ m x s	mg/(d·bar)
03	Mechanics	391	mass flow rate	1M		F43	milligram per day kelvin	1,157 41 × 10⁻¹¹ kg x s⁻¹ x K⁻¹	mg/(d·K)
03	Mechanics	392	mass flow rate	1M		F71	milligram per hour bar	2,777 78 × 10⁻¹⁵ m x s	mg/(h·bar)
03	Mechanics	393	mass flow rate	1M		F44	milligram per hour kelvin	2,777 78 × 10⁻¹⁰ kg x s⁻¹ x K⁻¹	mg/(h·K)
03	Mechanics	394	mass flow rate	1M		F33	milligram per minute	1,666 67 × 10⁻⁸ kg x s⁻¹	mg/min
03	Mechanics	395	mass flow rate	1M		F72	milligram per minute bar	1,666 67 × 10⁻¹³ m x s	mg/(min·bar)
03	Mechanics	396	mass flow rate	1M		F45	milligram per minute kelvin	1,666 67 × 10⁻⁸ kg x s⁻¹ x K⁻¹	mg/(min·K)
03	Mechanics	397	mass flow rate	1M		F34	milligram per second	10⁻⁶ kg x s⁻¹	mg/s
03	Mechanics	398	mass flow rate	1M		F73	milligram per second bar	10⁻¹¹ m x s	mg/(s·bar)
03	Mechanics	399	mass flow rate	1M		F46	milligram per second kelvin	10⁻⁶ kg x s⁻¹ x K⁻¹	mg/(s·K)
03	Mechanics	400	mass flow rate	1M		F25	gram per hertz	10⁻³ kg x s	g/Hz
03	Mechanics	401	mass flow rate	2		4W	ton (US) per hour	2,519 958 x 10⁻¹ kg/s	ton (US) /h
03	Mechanics	402	mass flow rate	2		4U	pound per hour	1,259 979 x 10⁻⁴ kg/s	lb/h
03	Mechanics	403	mass flow rate	2		K66	pound (avoirdupois) per day	5,249 912 x 10⁻⁶ kg/s	lb/d
03	Mechanics	404	mass flow rate	2		K73	pound (avoirdupois) per hour degree Fahrenheit	2,267 962 x 10⁻⁴ (kg/s)/K	(lb/h)/°F
03	Mechanics	405	mass flow rate	2		K74	pound (avoirdupois) per hour psi	1,827 445 x 10⁻⁸ (kg/s)/Pa	(lb/h)/psi
03	Mechanics	406	mass flow rate	2		K78	pound (avoirdupois) per minute	7,559 873 x 10⁻³ kg/s	lb/min
03	Mechanics	407	mass flow rate	2		K79	pound (avoirdupois) per minute degree Fahrenheit	1,360 777 x 10⁻² (kg/s)/K	lb/(min·°F)
03	Mechanics	408	mass flow rate	2		K80	pound (avoirdupois) per minute psi	1,096 467 x 10⁻⁶ (kg/s)/Pa	(lb/min)/psi
03	Mechanics	409	mass flow rate	2		K81	pound (avoirdupois) per second	0,453 592 4 kg/s	lb/s
03	Mechanics	410	mass flow rate	2		K82	pound (avoirdupois) per second degree Fahrenheit	0,816 466 3 (kg/s)/K	(lb/s)/°F
03	Mechanics	411	mass flow rate	2		K83	pound (avoirdupois) per second psi	6,578 802 x 10⁻⁵ (kg/s)/Pa	(lb/s)/psi
03	Mechanics	412	mass flow rate	2		L33	ounce (avoirdupois) per day	3,281 194 x 10⁻⁷kg/s	oz/d
03	Mechanics	413	mass flow rate	2		L34	ounce (avoirdupois) per hour	7,874 867 x 10⁻⁶ kg/s	oz/h
03	Mechanics	414	mass flow rate	2		L35	ounce (avoirdupois) per minute	4,724 92 x 10⁻⁴ kg/s	oz/min
03	Mechanics	415	mass flow rate	2		L36	ounce (avoirdupois) per second	2,834 952 x 10⁻² kg/s	oz/s
03	Mechanics	416	mass flow rate	2		L63	slug per day	1,689 109 x 10⁻⁴ kg/s	slug/d
03	Mechanics	417	mass flow rate	2		L66	slug per hour	4,053 861 x 10⁻³ kg/s	slug/h
03	Mechanics	418	mass flow rate	2		L67	slug per minute	0,243 231 7 kg/s	slug/min
03	Mechanics	419	mass flow rate	2		L68	slug per second	14,593 90 kg/s	slug/s
03	Mechanics	420	mass flow rate	2		L71	tonne per day	1,157 41 x 10⁻² kg/s	t/d
03	Mechanics	421	mass flow rate	2		L72	tonne per day kelvin	1,157 41 x 10⁻² (kg/s)/K	(t/d)/K
03	Mechanics	422	mass flow rate	2		L73	tonne per day bar	1,157 41 x 10⁻⁷ (kg/s)/Pa	(t/d)/bar
03	Mechanics	423	mass flow rate	2		E18	tonne per hour	2,777 78 x 10⁻¹ kg/s	t/h	A unit of weight or mass equal to one tonne per hour.
03	Mechanics	424	mass flow rate	2		L74	tonne per hour kelvin	2,777 78 x 10⁻¹ (kg/s)/K	(t/h)/K
03	Mechanics	425	mass flow rate	2		L75	tonne per hour bar	2,777 78 x 10⁻⁶ (kg/s)/Pa	(t/h)/bar
03	Mechanics	426	mass flow rate	2		L78	tonne per minute	16,666 7 kg/s	t/min
03	Mechanics	427	mass flow rate	2		L79	tonne per minute kelvin	16,666 7 (kg/s)/K	(t/min)/K
03	Mechanics	428	mass flow rate	2		L80	tonne per minute bar	1,666 67 x 10⁻⁴ (kg/s)/Pa	(t/min)/bar
03	Mechanics	429	mass flow rate	2		L81	tonne per second	10³ kg/s	t/s
03	Mechanics	430	mass flow rate	2		L82	tonne per second kelvin	10³ (kg/s)/K	(t/s)/K
03	Mechanics	431	mass flow rate	2		L83	tonne per second bar	10⁻² (kg/s)/Pa	(t/s)/bar
03	Mechanics	432	mass flow rate	2		L85	ton long per day	1,175 980 x 10⁻² kg/s	ton (UK)/d
03	Mechanics	433	mass flow rate	2		L88	ton short per day	1,049 982 x 10⁻² kg/s	ton (US)/d
03	Mechanics	434	mass flow rate	2		L89	ton short per hour degree Fahrenheit	0,453 592 2 kg/s x K	ton (US)/(h·°F)
03	Mechanics	435	mass flow rate	2		L90	ton short per hour psi	3,654 889 x 10⁻⁵ (kg/s)/Pa	(ton (US)/h)/psi
03	Mechanics	436	mass flow rate	2		M88	tonne per month	3,802 570 537 68 x 10⁻⁴ kg/s	t/mo	Unit tonne divided by the unit month.
03	Mechanics	437	mass flow rate	2		M89	tonne per year	3,168 808 781 x 10⁻⁵ kg/s	t/y	Unit tonne divided by the unit year with 365 days.
03	Mechanics	438	mass flow rate	2		M90	kilopound per hour	0,125 997 889 kg/s	klb/h	1000-fold of the unit of the mass avoirdupois pound according to the avoirdupois unit system divided by the unit hour.
03	Mechanics	439	mass ratio	1S		J33	microgram per kilogram	10⁻⁹	µg/kg
03	Mechanics	440	mass ratio	1S		L32	nanogram per kilogram	10⁻¹²	ng/kg
03	Mechanics	441	mass ratio	1S		NA	milligram per kilogram	10⁻⁶ 1	mg/kg
03	Mechanics	442	mass ratio	1S		M29	kilogram per kilogram	1	kg/kg
03	Mechanics	443	mass ratio	2		M91	pound per pound	1	lb/lb	Proportion of the mass consisting of the avoirdupois pound according to the avoirdupois unit system divided by the avoirdupois pound according to the avoirdupois unit system.
03	Mechanics	444	volume flow rate	1		MQS	cubic metre per second	m³/s	m³/s
03	Mechanics	445	volume flow rate	1M		MQH	cubic metre per hour	2,777 78 x 10⁻⁴ m³/s	m³/h
03	Mechanics	446	volume flow rate	1M		40	millilitre per second	10⁻⁶ m³/s	ml/s
03	Mechanics	447	volume flow rate	1M		41	millilitre per minute	1,666 67 x 10⁻⁸ m³/s	ml/min
03	Mechanics	448	volume flow rate	1M		LD	litre per day	1,157 41 x 10⁻⁸ m³/s	l/d
03	Mechanics	449	volume flow rate	1S		2J	cubic centimetre per second	10⁻⁶ m³/s	cm³/s
03	Mechanics	450	volume flow rate	1M		4X	kilolitre per hour	2,777 78 x 10⁻⁴ m³/s	kl/h
03	Mechanics	451	volume flow rate	1M		L2	litre per minute	1,666 67 x 10⁻⁵ m³/s	l/min
03	Mechanics	452	volume flow rate	1M		G47	cubic centimetre per day	1,157 41 × 10⁻¹¹ m³ x s⁻¹	cm³/d
03	Mechanics	453	volume flow rate	1M		G78	cubic centimetre per day bar	1,157 41 × 10⁻¹⁶ kg⁻¹ x m⁴ x s	cm³/(d·bar)
03	Mechanics	454	volume flow rate	1M		G61	cubic centimetre per day kelvin	1,157 41 × 10⁻¹¹ m³ x s⁻¹ x K⁻¹	cm³/(d·K)
03	Mechanics	455	volume flow rate	1M		G48	cubic centimetre per hour	2,777 78 × 10⁻¹⁰ m³ x s⁻¹	cm³/h
03	Mechanics	456	volume flow rate	1M		G79	cubic centimetre per hour bar	2,777 78 × 10⁻¹⁵ kg⁻¹ x m⁴ x s	cm³/(h·bar)
03	Mechanics	457	volume flow rate	1M		G62	cubic centimetre per hour kelvin	2,777 78 × 10⁻¹⁰ m³ x s⁻¹ x K⁻¹	cm³/(h·K)
03	Mechanics	458	volume flow rate	1M		G49	cubic centimetre per minute	1,666 67 × 10⁻⁸ m³ x s⁻¹	cm³/min
03	Mechanics	459	volume flow rate	1M		G80	cubic centimetre per minute bar	1,666 67 × 10⁻¹³ kg⁻¹ x m⁴ x s	cm³/(min·bar)
03	Mechanics	460	volume flow rate	1M		G63	cubic centimetre per minute kelvin	1,666 67 × 10⁻⁸ m³ x s⁻¹ x K⁻¹	cm³/(min·K)
03	Mechanics	461	volume flow rate	1M		G81	cubic centimetre per second bar	10⁻¹¹ kg⁻¹ x m⁴ x s	cm³/(s·bar)
03	Mechanics	462	volume flow rate	1M		G64	cubic centimetre per second kelvin	10⁻⁶ m³ x s⁻¹ x K⁻¹	cm³/(s·K)
03	Mechanics	463	volume flow rate	1S		E92	cubic decimetre per hour	2,777 78 × 10⁻⁷ m³ x s⁻¹	dm³/h
03	Mechanics	464	volume flow rate	1M		G52	cubic metre per day	1,157 41 × 10⁻⁵ m³ x s⁻¹	m³/d
03	Mechanics	465	volume flow rate	1M		G86	cubic metre per day bar	1,157 41 × 10⁻¹⁰ kg⁻¹ x m⁴ x s	m³/(d·bar)
03	Mechanics	466	volume flow rate	1M		G69	cubic metre per day kelvin	1,157 41 × 10⁻⁵ m³ x s⁻¹ x K⁻¹	m³/(d·K)
03	Mechanics	467	volume flow rate	1M		G87	cubic metre per hour bar	2,777 78 × 10⁻⁹ kg⁻¹ x m⁴ x s	m³/(h·bar)
03	Mechanics	468	volume flow rate	1M		G70	cubic metre per hour kelvin	2,777 78 × 10⁻⁴ m³ x s⁻¹ x K⁻¹	m³/(h·K)
03	Mechanics	469	volume flow rate	1M		G53	cubic metre per minute	1,666 67 × 10⁻² m³ x s⁻¹	m³/min
03	Mechanics	470	volume flow rate	1M		G88	cubic metre per minute bar	1,666 67 × 10⁻⁷ kg⁻¹ x m⁴ x s	m³/(min·bar)
03	Mechanics	471	volume flow rate	1M		G71	cubic metre per minute kelvin	1,666 67 × 10⁻² m³ x s⁻¹ x K⁻¹	m³/(min·K)
03	Mechanics	472	volume flow rate	1M		G89	cubic metre per second bar	10⁻⁵ kg⁻¹ x m⁴ x s	m³/(s·bar)
03	Mechanics	473	volume flow rate	1M		G72	cubic metre per second kelvin	m³ x s⁻¹ x K⁻¹	m³/(s·K)
03	Mechanics	474	volume flow rate	1M		G82	litre per day bar	1,157 41 × 10⁻¹³ kg⁻¹ x m⁴ x s	l/(d·bar)
03	Mechanics	475	volume flow rate	1M		G65	litre per day kelvin	1,157 41 × 10⁻⁸ m³ x s⁻¹ x K⁻¹	l/(d·K)
03	Mechanics	476	volume flow rate	1M		G83	litre per hour bar	2,777 78 × 10⁻¹² kg⁻¹ x m⁴ x s	l/(h·bar)
03	Mechanics	477	volume flow rate	1M		G66	litre per hour kelvin	2,777 78 × 10⁻⁷ m³ x s⁻¹ x K⁻¹	l/(h·K)
03	Mechanics	478	volume flow rate	1M		G84	litre per minute bar	1,666 67 × 10⁻¹⁰ kg⁻¹ x m⁴ x s	l/(min·bar)
03	Mechanics	479	volume flow rate	1M		G67	litre per minute kelvin	1,666 67 × 10⁻⁵ m³ x s⁻¹ x K⁻¹	l/(min·K)
03	Mechanics	480	volume flow rate	1M		G51	litre per second	10⁻³ m³ x s⁻¹	l/s
03	Mechanics	481	volume flow rate	1M		G85	litre per second bar	10⁻⁸ kg⁻¹ x m⁴ x s	l/(s·bar)
03	Mechanics	482	volume flow rate	1M		G68	litre per second kelvin	10⁻³ m³ x s⁻¹ x K⁻¹	l/(s·K)
03	Mechanics	483	volume flow rate	1M		G54	millilitre per day	1,157 41 × 10⁻¹¹ m³ x s⁻¹	ml/d
03	Mechanics	484	volume flow rate	1M		G90	millilitre per day bar	1,157 41 x 10⁻¹⁶ x kg⁻¹ x m⁴ x s	ml/(d·bar)
03	Mechanics	485	volume flow rate	1M		G73	millilitre per day kelvin	1,157 41 × 10⁻¹¹ m³ x s⁻¹ x K⁻¹	ml/(d·K)
03	Mechanics	486	volume flow rate	1M		G55	millilitre per hour	2,777 78 × 10⁻¹⁰ m³ x s⁻¹	ml/h
03	Mechanics	487	volume flow rate	1M		G91	millilitre per hour bar	2,777 78 x 10⁻¹⁵ x kg⁻¹ x m⁴ x s	ml/(h·bar)
03	Mechanics	488	volume flow rate	1M		G74	millilitre per hour kelvin	2,777 78 × 10⁻¹⁰ m³ x s⁻¹ x K⁻¹	ml/(h·K)
03	Mechanics	489	volume flow rate	1M		G92	millilitre per minute bar	1,666 67 × 10⁻¹³ x kg⁻¹ x m⁴ x s	ml/(min·bar)
03	Mechanics	490	volume flow rate	1M		G75	millilitre per minute kelvin	1,666 67 × 10⁻⁸ m³ x s⁻¹ x K⁻¹	ml/(min·K)
03	Mechanics	491	volume flow rate	1M		G93	millilitre per second bar	10⁻¹¹ kg⁻¹ x m⁴ x s	ml/(s·bar)
03	Mechanics	492	volume flow rate	1M		G76	millilitre per second kelvin	10⁻⁶ m³ x s⁻¹ x K⁻¹	ml/(s·K)
03	Mechanics	493	volume flow rate	2		2K	cubic foot per hour	7,865 79 x 10⁻⁶ m³/s	ft³/h
03	Mechanics	494	volume flow rate	2		2L	cubic foot per minute	4,719 474 x 10⁻⁴ m³/s	ft³/min
03	Mechanics	495	volume flow rate	2		5A	barrel (US) per minute	2,649 79 x 10⁻³ m³/s	barrel (US)/min
03	Mechanics	496	volume flow rate	2		G2	US gallon per minute	6,309 020 x 10⁻⁵ m³/s	gal (US) /min
03	Mechanics	497	volume flow rate	2		G3	Imperial gallon per minute	7,576 82 x 10⁻⁵ m³/s	gal (UK) /min
03	Mechanics	498	volume flow rate	2		G56	cubic inch per hour	4,551 96 × 10⁻⁹ m³ x s⁻¹	in³/h
03	Mechanics	499	volume flow rate	2		G57	cubic inch per minute	2,731 18 × 10⁻⁷ m³ x s⁻¹	in³/min
03	Mechanics	500	volume flow rate	2		G58	cubic inch per second	1,638 71 × 10⁻⁵ m³ x s⁻¹	in³/s
03	Mechanics	501	volume flow rate	2		G50	gallon (US) per hour	1,051 5 × 10⁻⁶ m³ x s⁻¹	gal/h
03	Mechanics	502	volume flow rate	2		J58	barrel (UK petroleum) per minute	2,651 886 m³/s	bbl (UK liq.)/min
03	Mechanics	503	volume flow rate	2		J59	barrel (UK petroleum) per day	1,841 587 4 x 10⁻⁶ m³/s	bbl (UK liq.)/d
03	Mechanics	504	volume flow rate	2		J60	barrel (UK petroleum) per hour	4,419 810 x 10⁻⁵ m³/s	bbl (UK liq.)/h
03	Mechanics	505	volume flow rate	2		J61	barrel (UK petroleum) per second	0,159 113 15 m³/s	bbl (UK liq.)/s
03	Mechanics	506	volume flow rate	2		J62	barrel (US petroleum) per hour	4,416 314 x 10⁻⁵ m³/s	bbl (US)/h
03	Mechanics	507	volume flow rate	2		J63	barrel (US petroleum) per second	0,158 987 3 m³/s	bbl (US)/s
03	Mechanics	508	volume flow rate	2		J64	bushel (UK) per day	4,209 343 x 10⁻⁷ m³/s	bu (UK)/d
03	Mechanics	509	volume flow rate	2		J65	bushel (UK) per hour	1,010 242 x 10⁻⁵ m³/s	bu (UK)/h
03	Mechanics	510	volume flow rate	2		J66	bushel (UK) per minute	6,061 453 x 10⁻⁴ m³/s	bu (UK)/min
03	Mechanics	511	volume flow rate	2		J67	bushel (UK) per second	3,636 872 x 10⁻² m³/s	bu (UK)/s
03	Mechanics	512	volume flow rate	2		J68	bushel (US dry) per day	4,078 596 x 10⁻⁷ m³/s	bu (US dry)/d
03	Mechanics	513	volume flow rate	2		J69	bushel (US dry) per hour	9,788 631 x 10⁻⁶ m³/s	bu (US dry)/h
03	Mechanics	514	volume flow rate	2		J70	bushel (US dry) per minute	5,873 178 x 10⁻⁴ m³/s	bu (US dry)/min
03	Mechanics	515	volume flow rate	2		J71	bushel (US dry) per second	3,523 907 x 10⁻² m³/s	bu (US dry)/s
03	Mechanics	516	volume flow rate	1S		J90	cubic decimetre per day	1,157 41 x 10⁻⁸ m³/s	dm³/d
03	Mechanics	517	volume flow rate	1S		J92	cubic decimetre per minute	1,666 67 x 10⁻⁵ m³/s	dm³/min
03	Mechanics	518	volume flow rate	1S		J93	cubic decimetre per second	10⁻³ m³/s	dm³/s
03	Mechanics	519	volume flow rate	1S		N45	cubic metre per second pascal	kg⁻¹ x m⁴ x s	(m³/s)/Pa	Power of the SI base unit meter by exponent 3 divided by the product of the SI base unit second and the derived SI base unit pascal.
03	Mechanics	520	volume flow rate	2		J95	ounce (UK fluid) per day	3,288 549 x 10⁻¹⁰ m³/s	fl oz (UK)/d
03	Mechanics	521	volume flow rate	2		J96	ounce (UK fluid) per hour	7,892 517 x 10⁻⁹ m³/s	fl oz (UK)/h
03	Mechanics	522	volume flow rate	2		J97	ounce (UK fluid) per minute	4,735 51 x 10⁻⁷ m³/s	fl oz (UK)/min
03	Mechanics	523	volume flow rate	2		J98	ounce (UK fluid) per second	2,841 306 x 10⁻⁵ m³/s	fl oz (UK)/s
03	Mechanics	524	volume flow rate	2		J99	ounce (US fluid) per day	3,422 862 x 10⁻¹⁰ m³/s	fl oz (US)/d
03	Mechanics	525	volume flow rate	2		K10	ounce (US fluid) per hour	8,214 869 x 10⁻⁹ m³/s	fl oz (US)/h
03	Mechanics	526	volume flow rate	2		K11	ounce (US fluid) per minute	4,928 922 x 10⁻⁷ m³/s	fl oz (US)/min
03	Mechanics	527	volume flow rate	2		K12	ounce (US fluid) per second	2,957 353 x 10⁻⁵ m³/s	fl oz (US)/s
03	Mechanics	528	volume flow rate	2		K22	cubic foot per day	3,277 413 x 10⁻⁷ m³/s	ft³/d
03	Mechanics	529	volume flow rate	2		K26	gallon (UK) per day	5,261 678 x 10⁻⁸ m³/s	gal (UK)/d
03	Mechanics	530	volume flow rate	2		K27	gallon (UK) per hour	1,262 803 x 10⁻⁶ m³/s	gal (UK)/h
03	Mechanics	531	volume flow rate	2		K28	gallon (UK) per second	4,546 09 x 10⁻³ m³/s	gal (UK)/s
03	Mechanics	532	volume flow rate	2		K30	gallon (US liquid) per second	3,785 412 x 10⁻³ m³/s	gal (US liq.)/s
03	Mechanics	533	volume flow rate	2		K32	gill (UK) per day	1,644 274 x 10⁻⁵ m³/s	gi (UK)/d
03	Mechanics	534	volume flow rate	2		K33	gill (UK) per hour	3,946 258 x 10⁻⁸ m³/s	gi (UK)/h
03	Mechanics	535	volume flow rate	2		K34	gill (UK) per minute	0,023 677 55 m³/s	gi (UK)/min
03	Mechanics	536	volume flow rate	2		K35	gill (UK) per second	1,420 653 x 10⁻⁴ m³/s	gi (UK)/s
03	Mechanics	537	volume flow rate	2		K36	gill (US) per day	1,369 145 x 10⁻⁹ m³/s	gi (US)/d
03	Mechanics	538	volume flow rate	2		K37	gill (US) per hour	3,285 947 x 10⁻⁸ m³/s	gi (US)/h
03	Mechanics	539	volume flow rate	2		K38	gill (US) per minute	1,971 568 x 10⁻⁶ m³/s	gi (US)/min
03	Mechanics	540	volume flow rate	2		K39	gill (US) per second	1,182 941 x 10⁻⁴ m³/s	gi (US)/s
03	Mechanics	541	volume flow rate	2		K94	quart (UK liquid) per day	1,315 420 x 10⁻⁸ m³/s	qt (UK liq.)/d
03	Mechanics	542	volume flow rate	2		K95	quart (UK liquid) per hour	3,157 008 x 10⁻⁷ m³/s	qt (UK liq.)/h
03	Mechanics	543	volume flow rate	2		K96	quart (UK liquid) per minute	1,894 205 x 10⁻⁵ m³/s	qt (UK liq.)/min
03	Mechanics	544	volume flow rate	2		K97	quart (UK liquid) per second	1,136 523 x 10⁻³ m³/s	qt (UK liq.)/s
03	Mechanics	545	volume flow rate	2		K98	quart (US liquid) per day	1,095 316 x 10⁻⁸ m³/s	qt (US liq.)/d
03	Mechanics	546	volume flow rate	2		K99	quart (US liquid) per hour	2,628 758 x 10⁻⁷ m³/s	qt (US liq.)/h
03	Mechanics	547	volume flow rate	2		L10	quart (US liquid) per minute	1,577 255 x 10⁻⁵ m³/s	qt (US liq.)/min
03	Mechanics	548	volume flow rate	2		L11	quart (US liquid) per second	9,463 529 x 10⁻⁴ m³/s	qt (US liq.)/s
03	Mechanics	549	volume flow rate	2		L44	peck (UK) per day	1,052 336 x 10⁻⁷ m³/s	pk (UK)/d
03	Mechanics	550	volume flow rate	2		L45	peck (UK) per hour	2,525 606 x 10⁻⁶ m³/s	pk (UK)/h
03	Mechanics	551	volume flow rate	2		L46	peck (UK) per minute	1,515 363 5 x 10⁻⁴ m³/s	pk (UK)/min
03	Mechanics	552	volume flow rate	2		L47	peck (UK) per second	9,092 181 x 10⁻³ m³/s	pk (UK)/s
03	Mechanics	553	volume flow rate	2		L48	peck (US dry) per day	1,019 649 x 10⁻⁷ m³/s	pk (US dry)/d
03	Mechanics	554	volume flow rate	2		L49	peck (US dry) per hour	2,447 158 x 10⁻⁶ m³/s	pk (US dry)/h
03	Mechanics	555	volume flow rate	2		L50	peck (US dry) per minute	1,468 295 x 10⁻⁴ m³/s	pk (US dry)/min
03	Mechanics	556	volume flow rate	2		L51	peck (US dry) per second	8,809 768 x 10⁻³ m³/s	pk (US dry)/s
03	Mechanics	557	volume flow rate	2		L53	pint (UK) per day	6,577 098 x 10⁻⁹ m³/s	pt (UK)/d
03	Mechanics	558	volume flow rate	2		L54	pint (UK) per hour	1,578 504 x 10⁻⁷ m³/s	pt (UK)/h
03	Mechanics	559	volume flow rate	2		L55	pint (UK) per minute	9,471 022 x 10⁻⁶ m³/s	pt (UK)/min
03	Mechanics	560	volume flow rate	2		L56	pint (UK) per second	5,682 613 x 10⁻⁴ m³/s	pt (UK)/s
03	Mechanics	561	volume flow rate	2		L57	pint (US liquid) per day	5,476 580 x 10⁻⁹ m³/s	pt (US liq.)/d
03	Mechanics	562	volume flow rate	2		L58	pint (US liquid) per hour	1,314 379 x 10⁻⁷ m³/s	pt (US liq.)/h
03	Mechanics	563	volume flow rate	2		L59	pint (US liquid) per minute	7,886 275 x 10⁻⁶ m³/s	pt (US liq.)/min
03	Mechanics	564	volume flow rate	2		L60	pint (US liquid) per second	4,731 765 x 10⁻⁴ m³/s	pt (US liq.)/s
03	Mechanics	565	volume flow rate	2		M12	cubic yard per day	8,849 015 x 10⁻⁶ m³/s	yd³/d
03	Mechanics	566	volume flow rate	2		M13	cubic yard per hour	2,123 764 x 10⁻⁴ m³/s	yd³/h
03	Mechanics	567	volume flow rate	2		M15	cubic yard per minute	1,274 258 x 10⁻² m³/s	yd³/min
03	Mechanics	568	volume flow rate	2		M16	cubic yard per second	0,764 554 9 m³/s	yd³/s
03	Mechanics	569	volume ratio	1M		H60	cubic metre per cubic metre	1	m³/m³
03	Mechanics	570	leakage rate of gas	1M		F92	bar cubic metre per second	10⁵ kg x m² x s⁻³	bar·m³/s
03	Mechanics	571	leakage rate of gas	1M		F91	bar litre per second	10² kg x m² x s⁻³	bar·l/s
03	Mechanics	572	leakage rate of gas	2		K87	psi cubic inch per second	0,112 985 Pa x m³/s	psi·in³/s
03	Mechanics	573	leakage rate of gas	2		K88	psi litre per second	6,894 757 Pa x m³/s	psi·l/s
03	Mechanics	574	leakage rate of gas	2		K89	psi cubic metre per second	6,894 757 x 10³ Pa x m³/s	psi·m³/s
03	Mechanics	575	leakage rate of gas	2		K90	psi cubic yard per second	5,271 420 x 10³ Pa x m³/s	psi·yd³/s
03	Mechanics	576	mass ratio	1S		Q29	microgram per hectogram	10⁻8	µg/hg	Microgram per hectogram.
03	Mechanics	577	volume flow rate	2		Q37	Standard cubic metre per day	1.15741 × 10-5 m3/s		Standard cubic metre (temperature 15°C and pressure 101325 millibars ) per day
03	Mechanics	578	volume flow rate	2		Q38	Standard cubic metre per hour	2.77778 × 10-4 m3/s		Standard cubic metre (temperature 15°C and pressure 101325 millibars ) per hour
03	Mechanics	579	volume flow rate	2		Q39	Normalized cubic metre per day	1.15741 × 10-5 m3/s		Normalized cubic metre (temperature 0°C and pressure 101325 millibars ) per day
03	Mechanics	580	volume flow rate	2		Q40	Normalized cubic metre per hour	2.77778 × 10-4 m3/s		Normalized cubic metre (temperature 0°C and pressure 101325 millibars ) per hour
03	Mechanics	581		2		KWN	Kilowatt hour per normalized cubic metre			Kilowatt hour per normalized cubic metre (temperature 0°C and pressure 101325 millibars ).
03	Mechanics	582		2		KWS	Kilowatt hour per standard cubic metre			Kilowatt hour per standard cubic metre (temperature 15°C and pressure 101325 millibars).
03	Mechanics	583		2		Q41	Joule per normalised cubic metre			Joule per normalised cubic metre (temperature 0°C and pressure 101325 millibars).
03	Mechanics	584		2		Q42	Joule per standard cubic metre			Joule per standard cubic metre (temperature 15°C and pressure 101325 millibars).
04	Heat	2	thermodynamic	1		KEL	kelvin	K	K	Refer ISO 80000-5 (Quantities and units — Part 5: Thermodynamics)
04	Heat	3	temperature	1		CEL	degree Celsius	1 x K	°C	Refer ISO 80000-5 (Quantities and units — Part 5: Thermodynamics)
04	Heat	4	temperature	1M		H12	degree Celsius per hour	2,777 78 x 10⁻⁴ s⁻¹ K	°C/h
04	Heat	5	temperature	1M		F60	degree Celsius per bar	10⁻⁵ kg⁻¹ x m x s² x K	°C/bar
04	Heat	6	temperature	1M		E98	degree Celsius per kelvin	1	°C/K
04	Heat	7	temperature	1M		H13	degree Celsius per minute	1,666 67 x 10⁻² s⁻¹ K	°C/min
04	Heat	8	temperature	1M		H14	degree Celsius per second	s⁻¹ K	°C/s
04	Heat	9	temperature	1M		F61	kelvin per bar	10⁻⁵ kg⁻¹ x m x s² x K	K/bar
04	Heat	10	temperature	1M		F10	kelvin per hour	2,777 78 × 10⁻⁴ s⁻¹ x K	K/h
04	Heat	11	temperature	1M		F02	kelvin per kelvin	1	K/K
04	Heat	12	temperature	1M		F11	kelvin per minute	1,666 67 × 10⁻² s⁻¹ x K	K/min
04	Heat	13	temperature	1M		F12	kelvin per second	s⁻¹ x K	K/s
04	Heat	14	temperature	1S		N79	kelvin per pascal	kg⁻¹ x m x s² x K	K/Pa	SI base unit kelvin divided by the derived SI unit pascal.
04	Heat	15	temperature	2		J20	degree Fahrenheit per kelvin	0,555 555 6	°F/K
04	Heat	16	temperature	2		J21	degree Fahrenheit per bar	0,555 555 6 x 10⁻⁵ K/Pa	°F/bar
04	Heat	17	temperature	2		J26	reciprocal degree Fahrenheit	1,8 1/K	1/°F
04	Heat	18	temperature	2		A48	degree Rankine	5/9 x K	°R	Refer ISO 80000-5 (Quantities and units — Part 5: Thermodynamics)
04	Heat	19	fahrenheit temperature	2		FAH	degree Fahrenheit	5/9 x K	°F	Refer ISO 80000-5 (Quantities and units — Part 5: Thermodynamics)
04	Heat	20	temperature variation over time	2		J23	degree Fahrenheit per hour	1,543 210 x 10⁻⁴ K/s	°F/h
04	Heat	21	temperature variation over time	2		J24	degree Fahrenheit per minute	9,259 259 x 10⁻³ K/s	°F/min
04	Heat	22	temperature variation over time	2		J25	degree Fahrenheit per second	0,555 555 6 K/s	°F/s
04	Heat	23	temperature variation over time	2		J28	degree Rankine per hour	1,543 210 x 10⁻⁴ K/s	°R/h
04	Heat	24	temperature variation over time	2		J29	degree Rankine per minute	9,259 259 x 10⁻³ K/s	°R/min
04	Heat	25	temperature variation over time	2		J30	degree Rankine per second	0,555 555 6 K/s	°R/s
04	Heat	26	linear expansion coefficient, cubic expansion coefficient, relative pressure coefficient	1		C91	reciprocal kelvin or kelvin to the power minus one	K⁻¹	K⁻¹
04	Heat	27	linear expansion coefficient, cubic expansion coefficient, relative pressure coefficient	2		M20	reciprocal megakelvin or megakelvin to the power minus one	10⁻⁶ K⁻¹	1/MK
04	Heat	28	pressure coefficient	1		C64	pascal per kelvin	Pa/K	Pa/K
04	Heat	29	pressure coefficient	1M		F81	bar per kelvin	10⁵ kg x m⁻¹ x s⁻² x K⁻¹	bar/K
04	Heat	30	isothermal compressibility, isentropic compressibility	1		C96	reciprocal pascal or pascal to the power minus one	Pa⁻¹	Pa⁻¹
04	Heat	31	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	1		JOU	joule	J	J
04	Heat	32	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	1S		J55	watt second	W x s	W·s
04	Heat	33	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		BTU	British thermal unit (international table)	1,055 056 x 10³ J	BtuIT
04	Heat	34	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2	D	A1	15 °C calorie	4,188 46 J	cal₁₅
04	Heat	35	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2	D	D70	calorie (international table)	4,186 8 J	calIT
04	Heat	36	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		J39	British thermal unit (mean)	1,055 87 x 10³ J	Btu
04	Heat	37	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		J75	calorie (mean)	4,190 02 J	cal
04	Heat	38	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		K51	kilocalorie (mean)	4,190 02 x 10³ J	kcal
04	Heat	39	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		E14	kilocalorie (international table)	4,186 8 x 10³ J	kcalIT
04	Heat	40	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		K53	kilocalorie (thermochemical)	4,184 x 10³ J	kcalth
04	Heat	41	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N66	British thermal unit (39 ºF)	1,059 67 x 10³ J	Btu (39 ºF)	Unit of heat energy according to the Imperial system of units in a reference temperature of 39 °F.
04	Heat	42	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N67	British thermal unit (59 ºF)	1,054 80 x 10³ J	Btu (59 ºF)	Unit of heat energy according to the Imperial system of units in a reference temperature of 59 °F.
04	Heat	43	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N68	British thermal unit (60 ºF)	1,054 68 x 10³ J	Btu (60 ºF)	Unit of head energy according to the Imperial system of units at a reference temperature of 60 °F.
04	Heat	44	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N69	calorie (20 ºC)	4,181 90 x J	cal₂₀	Unit for quantity of heat, which is to be required for 1 g air free water at a constant pressure from 101,325 kPa, to warm up the pressure of standard atmosphere at sea level, from 19,5 °C on 20,5 °C.
04	Heat	45	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N70	quad (1015 BtuIT)	1,055 056 × 10¹⁸ J	quad	Unit of heat energy according to the imperial system of units.
04	Heat	46	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N71	therm (EC)	1,055 06 × 10⁸ J	thm (EC)	Unit of heat energy in commercial use, within the EU defined: 1 thm (EC) = 100 000 BtuIT.
04	Heat	47	heat, quantity of heat, energy, thermodynamic energy, enthalpy, Helmholtz function, Helmholtz free energy	2		N72	therm (U.S.)	1,054 804 × 10⁸ J	thm (US)	Unit of heat energy in commercial use.
04	Heat	48	Gibbs function, Gibbs free energy	2	D	D35	calorie (thermochemical)	4,184 J	calth
04	Heat	49	heat flow rate	1		WTT	watt	W	W
04	Heat	50	heat flow rate	1S		KWT	kilowatt	10³ W	kW
04	Heat	51	heat flow rate	2		2I	British thermal unit (international table) per hour	2,930 711x 10⁻¹ W	BtuIT/h
04	Heat	52	heat flow rate	2		J44	British thermal unit (international table) per minute	17,584 266 W	BtuIT/min
04	Heat	53	heat flow rate	2		J45	British thermal unit (international table) per second	1,055 056 x 10³ W	BtuIT/s
04	Heat	54	heat flow rate	2		J47	British thermal unit (thermochemical) per hour	0,292 875 1 W	Btuth/h
04	Heat	55	heat flow rate	2		J51	British thermal unit (thermochemical) per minute	17,572 50 W	Btuth/min
04	Heat	56	heat flow rate	2		J52	British thermal unit (thermochemical) per second	1,054 350 x 10³ W	Btuth/s
04	Heat	57	heat flow rate	2		J81	calorie (thermochemical) per minute	6,973 333 x 10⁻² W	calth/min
04	Heat	58	heat flow rate	2		J82	calorie (thermochemical) per second	4,184 W	calth/s
04	Heat	59	heat flow rate	2		E15	kilocalorie (thermochemical) per hour	1,162 22 W	kcalth/h
04	Heat	60	heat flow rate	2		K54	kilocalorie (thermochemical) per minute	69,733 33 W	kcalth/min
04	Heat	61	heat flow rate	2		K55	kilocalorie (thermochemical) per second	4,184 x 10³ W	kcalth/s
04	Heat	62	density of heat flow rate	1		D54	watt per square metre	W/m²	W/m²
04	Heat	63	density of heat flow rate	2		N48	watt per square centimetre	10⁴ W/m²	W/cm²	Derived SI unit watt divided by the power of the 0,01-fold the SI base unit metre by exponent 2.
04	Heat	64	density of heat flow rate	2		N49	watt per square inch	1,550 003 x 10³ W/m²	W/in²	Derived SI unit watt divided by the power of the unit inch according to the Anglo-American and Imperial system of units by exponent 2.
04	Heat	65	density of heat flow rate	2		N50	British thermal unit (international table) per square foot hour	3,154 591 W/m²	BtuIT/(ft²·h)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	66	density of heat flow rate	2		N51	British thermal unit (thermochemical) per square foot hour	3,152 481 W/m²	Btuth/(ft²·h)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	67	density of heat flow rate	2		N52	British thermal unit (thermochemical) per square foot minute	1,891 489 x 10² W/m²	Btuth/(ft²·min)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	68	density of heat flow rate	2		N53	British thermal unit (international table) per square foot second	1,135 653 x 10⁴ W/m²	BtuIT/(ft²·s)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	69	density of heat flow rate	2		N54	British thermal unit (thermochemical) per square foot second	1,134 893 x 10⁴ W/m²	Btuth/(ft²·s)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	70	density of heat flow rate	2		N55	British thermal unit (international table) per square inch second	1,634 246 x 10⁶ W/m²	BtuIT/(in²·s)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	71	density of heat flow rate	2		N56	calorie (thermochemical) per square centimetre minute	6,973 333 x 10² W/m²	calth/(cm²·min)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	72	density of heat flow rate	2		N57	calorie (thermochemical) per square centimetre second	4,184 x 10⁴ W/m²	calth/(cm²·s)	Unit of the surface heat flux according to the Imperial system of units.
04	Heat	73	thermal conductivity	1		D53	watt per metre kelvin	W/(m x K)	W/(m·K)
04	Heat	74	thermal conductivity	1M		N80	watt per metre degree Celsius	W/(m x K)	W/(m·°C)	Derived SI unit watt divided by the product of the SI base unit metre and the unit for temperature degree Celsius.
04	Heat	75	thermal conductivity	1M		N81	kilowatt per metre kelvin	10³ W/(m x K)	kW/(m·K)	1000-fold of the derived SI unit watt divided by the product of the SI base unit metre and the SI base unit kelvin.
04	Heat	76	thermal conductivity	1M		N82	kilowatt per metre degree Celsius	10³ W/(m x K)	kW/(m·°C)	1000-fold of the derived SI unit watt divided by the product of the SI base unit metre and the unit for temperature degree Celsius.
04	Heat	77	thermal conductivity	2		A22	British thermal unit (international table) per second foot degree Rankine	6 230,64 W/(m x K)	BtuIT/(s·ft·°R)
04	Heat	78	thermal conductivity	2	D	D71	calorie (international table) per second centimetre kelvin	418,68 W/(m x K)	calIT/(s·cm·K)
04	Heat	79	thermal conductivity	2	D	D38	calorie (thermochemical) per second centimetre kelvin	418,4 W/(m x K)	calth/(s·cm·K)
04	Heat	80	thermal conductivity	2		J40	British thermal unit (international table) foot per hour square foot degree Fahrenheit	1,730 735 W/(m x K)	BtuIT·ft/(h·ft²·°F)
04	Heat	81	thermal conductivity	2		J41	British thermal unit (international table) inch per hour square foot degree Fahrenheit	0,144 227 9 W/(m x K)	BtuIT·in/(h·ft²·°F)
04	Heat	82	thermal conductivity	2		J42	British thermal unit (international table) inch per second square foot degree Fahrenheit	5,192 204 x 10² W/(m x K)	BtuIT·in/(s·ft²·°F)
04	Heat	83	thermal conductivity	2		J46	British thermal unit (thermochemical) foot per hour square foot degree Fahrenheit	1,729 577 W/(m x K)	Btuth·ft/(h·ft²·°F)
04	Heat	84	thermal conductivity	2		J48	British thermal unit (thermochemical) inch per hour square foot degree Fahrenheit	0,144 131 4 W/(m x K)	Btuth·in/(h·ft²·°F)
04	Heat	85	thermal conductivity	2		J49	British thermal unit (thermochemical) inch per second square foot degree Fahrenheit	5,188 732 x 10² W/(m x K)	Btuth·in/(s·ft²·°F)
04	Heat	86	thermal conductivity	2		J78	calorie (thermochemical) per centimetre second degree Celsius	4,184 x 10² W/(m x K)	calth/(cm·s·°C)
04	Heat	87	thermal conductivity	2		K52	kilocalorie (international table) per hour metre degree Celsius	1,163 J/(m x s x K)	kcal/(m·h·°C)
04	Heat	88	coefficient of heat transfer	1		D55	watt per square metre kelvin	W/(m² x K)	W/(m²·K)
04	Heat	89	surface coefficient of heat transfer	1M		N78	kilowatt per square metre kelvin	10³ W/(m² x K)	kW/(m²·K)	1000-fold of the derived SI unit watt divided by the product of the power of the SI base unit metre by exponent 2 and the SI base unit kelvin.
04	Heat	90	surface coefficient of heat transfer	2	D	D72	calorie (international table) per second square centimetre kelvin	4,186 8 x 10⁴ W/(m² x K)	calIT/(s·cm²·K)
04	Heat	91	surface coefficient of heat transfer	2	D	D39	calorie (thermochemical) per second square centimetre kelvin	4,184 x10⁴ W/(m² x K)	calth/(s·cm²·K)
04	Heat	92	surface coefficient of heat transfer	2		A20	British thermal unit (international table) per second square foot degree Rankine	20 441,7 W/(m² x K)	BtuIT/(s·ft²·°R)
04	Heat	93	surface coefficient of heat transfer	2		A23	British thermal unit (international table) per hour square foot degree Rankine	5,678 26 W/ (m² x K)	BtuIT/(h·ft²·°R)
04	Heat	94	surface coefficient of heat transfer	2		N74	British thermal unit (international table) per hour square foot degree Fahrenheit	5,678 263 W/(m² x K)	BtuIT/(h·ft²·ºF)	Unit of the heat transition coefficient according to the Imperial system of units.
04	Heat	95	surface coefficient of heat transfer	2		N75	British thermal unit (thermochemical) per hour square foot degree Fahrenheit	5,674 466 W/(m² x K)	Btuth/(h·ft²·ºF)	Unit of the heat transition coefficient according to the imperial system of units.
04	Heat	96	surface coefficient of heat transfer	2		N76	British thermal unit (international table) per second square foot degree Fahrenheit	2,044 175 x 10⁴ W/(m² x K)	BtuIT/(s·ft²·ºF)	Unit of the heat transition coefficient according to the imperial system of units.
04	Heat	97	surface coefficient of heat transfer	2		N77	British thermal unit (thermochemical) per second square foot degree Fahrenheit	2,042 808 x 10⁴ W/(m² x K)	Btuth/(s·ft²·ºF)	Unit of the heat transition coefficient according to the imperial system of units.
04	Heat	98	thermal insulance, coefficient of thermal insulation	1		D19	square metre kelvin per watt	m² x K/W	m²·K/W
04	Heat	99	thermal insulance, coefficient of thermal insulation	2		J19	degree Fahrenheit hour square foot per British thermal unit (thermochemical)	0,176 228 m² x K/W	°F·h·ft²/Btuth
04	Heat	100	thermal insulance, coefficient of thermal insulation	2		J22	degree Fahrenheit hour square foot per British thermal unit (international table)	0,176 110 2 m² x K/W	°F·h·ft²/BtuIT
04	Heat	101	thermal insulance, coefficient of thermal insulation	2		J83	clo	0,155 m² x K/W	clo
04	Heat	102	thermal insulance, coefficient of thermal insulation	2		L14	square metre hour degree Celsius per kilocalorie (international table)	0,859 845 2 m² x s x K/J	m²·h·°C/kcal
04	Heat	103	thermal resistance	1		B21	kelvin per watt	K/W	K/W
04	Heat	104	thermal resistance	1		H35	kelvin metre per watt	K x m⁻¹ x kg⁻¹ x s³	K·m/W
04	Heat	105	thermal resistance	2		N84	degree Fahrenheit hour per British thermal unit (international table)	1,895 634 K/W	ºF/(BtuIT/h)	Non SI-conforming unit of the thermal resistance according to the Imperial system of units.
04	Heat	106	thermal resistance	2		N85	degree Fahrenheit hour per British thermal unit (thermochemical)	1,896 903 K/W	ºF/(Btuth/h)	Non SI-conforming unit of the thermal resistance according to the Imperial system of units.
04	Heat	107	thermal resistance	2		N86	degree Fahrenheit second per British thermal unit (international table)	5,265 651 x 10⁻⁴ K/W	ºF/(BtuIT/s)	Non SI-conforming unit of the thermal resistance according to the Imperial system of units.
04	Heat	108	thermal resistance	2		N87	degree Fahrenheit second per British thermal unit (thermochemical)	5,269 175 x 10⁻⁴ K/W	ºF/(Btuth/s)	Non SI-conforming unit of the thermal resistance according to the Imperial system of units.
04	Heat	109	thermal resistance	2		N88	degree Fahrenheit hour square foot per British thermal unit (international table) inch	6,933 472 K x m/W	ºF·h·ft²/(BtuIT·in)	Unit of specific thermal resistance according to the Imperial system of units.
04	Heat	110	thermal resistance	2		N89	degree Fahrenheit hour square foot per British thermal unit (thermochemical) inch	6,938 112 K x m/W	ºF·h·ft²/(Btuth·in)	Unit of specific thermal resistance according to the Imperial system of units.
04	Heat	111	thermal conductance	1		D52	watt per kelvin	W/K	W/K
04	Heat	112	thermal diffusivity	1		S4	square metre per second	m²/s	m²/s	Synonym: metre squared per second (square metres/second US)
04	Heat	113	thermal diffusivity	2		S3	square foot per second	0,092 903 04 m²/s	ft²/s	Synonym: foot squared per second
04	Heat	114	thermal diffusivity	1M		E97	millimetre per degree Celcius metre	10⁻³ K⁻¹	mm/(°C·m)
04	Heat	115	thermal diffusivity	1M		F53	millimetre per kelvin	10⁻³ m x K⁻¹	mm/K
04	Heat	116	thermal diffusivity	2		N83	metre per degree Celcius metre	K⁻¹	m/(°C·m)	SI base unit metre divided by the product of the unit degree Celsius and the SI base unit metre.
04	Heat	117	heat capacity, entropy	1		JE	joule per kelvin	J/K	J/K
04	Heat	118	heat capacity, entropy	1S		B41	kilojoule per kelvin	10³ J/K	kJ/K
04	Heat	119	heat capacity, entropy	2		J43	British thermal unit (international table) per pound degree Fahrenheit	4,186 8 x 10³ J/(kg x K)	BtuIT/(lb·°F)
04	Heat	120	heat capacity, entropy	2		J50	British thermal unit (thermochemical) per pound degree Fahrenheit	4,184 x 10³ J/(kg x K)	Btuth/(lb·°F)
04	Heat	121	heat capacity, entropy	2		J76	calorie (international table) per gram degree Celsius	4,186 8 x 10³ J/(kg x K)	calIT/(g·°C)
04	Heat	122	heat capacity, entropy	2		J79	calorie (thermochemical) per gram degree Celsius	4,184 x 10³ J/(kg x K)	calth/(g·°C)
04	Heat	123	heat capacity, entropy	2		N60	British thermal unit (international table) per degree Fahrenheit	1,899 101 x 10³ J/K	BtuIT/ºF	Unit of the heat capacity according to the Imperial system of units.
04	Heat	124	heat capacity, entropy	2		N61	British thermal unit (thermochemical) per degree Fahrenheit	1,897 830 x 10³ J/K	Btuth/ºF	Unit of the heat capacity according to the Imperial system of units.
04	Heat	125	heat capacity, entropy	2		N62	British thermal unit (international table) per degree Rankine	1,899 101 x 10³ J/K	BtuIT/ºR	Unit of the heat capacity according to the Imperial system of units.
04	Heat	126	heat capacity, entropy	2		N63	British thermal unit (thermochemical) per degree Rankine	1,897 830 x 10³ J/K	Btuth/ºR	Unit of the heat capacity according to the Imperial system of units.
04	Heat	127	heat capacity, entropy	2		N64	British thermal unit (thermochemical) per pound degree Rankine	4,184 x 10³ J/(kg x K)	(Btuth/°R)/lb	Unit of the heat capacity (British thermal unit according to the international table according to the Rankine degree) according to the Imperial system of units divided by the unit avoirdupois pound according to the avoirdupois system of units.
04	Heat	128	heat capacity, entropy	2		N65	kilocalorie (international table) per gram kelvin	4,186 8 x 10⁶ J/(kg x K)	(kcalIT/K)/g	Unit of the mass-related heat capacity as quotient 1000-fold of the calorie (international table) divided by the product of the 0,001-fold of the SI base units kilogram and kelvin.
04	Heat	129	specific heat capacity at: - constant pressure, -constant volume,- saturation	1		B11	joule per kilogram kelvin	J/(kg x K)	J/(kg·K)
04	Heat	130	specific heat capacity at: - constant pressure, -constant volume,- saturation	1S		B43	kilojoule per kilogram kelvin	10³ J/(kg x K)	kJ/(kg·K)
04	Heat	131	specific heat capacity at: - constant pressure, -constant volume,- saturation	2		A21	British thermal unit (international table) per pound degree Rankine	4 186,8 J/(kg x K)	Btu/IT(lb·°R)
04	Heat	132	specific heat capacity at: - constant pressure, -constant volume,- saturation	2	D	D76	calorie (international table) per gram kelvin	4 186,8 J/(kg x K)	calIT/(g·K)
04	Heat	133	specific heat capacity at: - constant pressure, -constant volume,- saturation	2	D	D37	calorie (thermochemical) per gram kelvin	4,184 x 10³ J/(kg x K)	calth/(g·K)
04	Heat	134	ratio of the specific heat capacities, ratio of the massic heat capacity, isentropic exponent	1		C62	one	1	1	Synonym: unit
04	Heat	135	massieu function, planck function	1		JE	joule per kelvin	J/K	J/K
04	Heat	136	massic energy, specific energy	1		J2	joule per kilogram	J/kg	J/kg
04	Heat	137	massic thermodynamic energy	1S		D95	joule per gram	J/(10⁻³ x kg)	J/g
04	Heat	138	specific thermodynamic energy	1S		JK	megajoule per kilogram	10⁶ J/kg	MJ/kg
04	Heat	139	massic enthalpy, specific enthalpy	1S		B42	kilojoule per kilogram	10³ J/kg	kJ/kg
04	Heat	140	massic Helmholtz free energy	2		AZ	British thermal unit (international table) per pound	2 326 J/kg	BtuIT/lb
04	Heat	141	specific Helmholtz free energy	2	D	D75	calorie (international table) per gram	4 186,8 J/kg	calIT/g
04	Heat	142	massic Helmholtz free energy,	2		N73	British thermal unit (thermochemical) per pound	2,324 444 x 10³ J/kg	Btuth/lb	Unit of the heat energy according to the Imperial system of units divided the unit avoirdupois pound according to the avoirdupois system of units.
04	Heat	143	specific Helmholtz function, massic Gibbs free energy, specific Gibbs free energy	2	D	B36	calorie (thermochemical) per gram	4 184 J/kg	calth/g
04	Heat	144	energy density	2		N58	British thermal unit (international table) per cubic foot	3,725 895 x10⁴ J/m³	BtuIT/ft³	Unit of the energy density according to the Imperial system of units.
04	Heat	145	energy density	2		N59	British thermal unit (thermochemical) per cubic foot	3,723 403 x10⁴ J/m³	Btuth/ft³	Unit of the energy density according to the Imperial system of units.
04	Heat	146	massic thermodynamic energy	1S		Q31	kilojoule per gram	10⁶ J/kg	kJ/g
05	Electricity and Magnetism	2	electric current, magnetic potential difference, magnetomotive force,current linkage	1		AMP	ampere	A	A
05	Electricity and Magnetism	3	electric current, magnetic potential difference, magnetomotive force,current linkage	1S		B22	kiloampere	10³ A	kA
05	Electricity and Magnetism	4	electric current, magnetic potential difference, magnetomotive force,current linkage	1S		H38	megaampere	10⁶ A	MA
05	Electricity and Magnetism	5	electric current, magnetic potential difference, magnetomotive force,current linkage	1S		4K	milliampere	10⁻³ A	mA
05	Electricity and Magnetism	6	electric current, magnetic potential difference, magnetomotive force,current linkage	1S		B84	microampere	10⁻⁶ A	µA
05	Electricity and Magnetism	7	electric current, magnetic potential difference, magnetomotive force,current linkage	1S		C39	nanoampere	10⁻⁹ A	nA
05	Electricity and Magnetism	8	electric current, magnetic potential difference, magnetomotive force,current linkage	1S		C70	picoampere	10⁻¹² A	pA
05	Electricity and Magnetism	9	electric current, magnetic potential difference, magnetomotive force,current linkage	2		N96	biot	10¹ A	Bi	CGS (Centimetre-Gram-Second system) unit of the electric power which is defined by a force of 2 dyn per cm between two parallel conductors of infinite length with negligible cross-section in the distance of 1 cm.
05	Electricity and Magnetism	10	electric current, magnetic potential difference, magnetomotive force,current linkage	2		N97	gilbert	7,957 747 x 10⁻¹ A	Gi	CGS (Centimetre-Gram-Second system) unit of the magnetomotive force, which is defined by the work to increase the magnetic potential of a positive common pol with 1 erg.
05	Electricity and Magnetism	11	electric charge, quantity of electricity, electric flux (flux of displacement)	1		COU	coulomb	A x s	C
05	Electricity and Magnetism	12	electric charge, quantity of electricity, electric flux (flux of displacement)	1		A8	ampere second	C	A·s
05	Electricity and Magnetism	13	electric charge, quantity of electricity, electric flux (flux of displacement)	1		H32	ampere squared second	A² x s	A²·s
05	Electricity and Magnetism	14	electric charge, quantity of electricity, electric flux (flux of displacement)	1M		AMH	ampere hour	3,6 x 10³ C	A·h	A unit of electric charge defining the amount of charge accumulated by a steady flow of one ampere for one hour.
05	Electricity and Magnetism	15	electric charge, quantity of electricity, electric flux (flux of displacement)	1M		TAH	kiloampere hour (thousand ampere hour)	3,6 x 10⁶ C	kA·h
05	Electricity and Magnetism	16	electric charge, quantity of electricity, electric flux (flux of displacement)	1S		D77	megacoulomb	10⁶ C	MC
05	Electricity and Magnetism	17	electric charge, quantity of electricity, electric flux (flux of displacement)	1S		D86	millicoulomb	10⁻³ C	mC
05	Electricity and Magnetism	18	electric charge, quantity of electricity, electric flux (flux of displacement)	1S		B26	kilocoulomb	10³ C	kC
05	Electricity and Magnetism	19	electric charge, quantity of electricity, electric flux (flux of displacement)	1S		B86	microcoulomb	10⁻⁶ C	µC
05	Electricity and Magnetism	20	electric charge, quantity of electricity, electric flux (flux of displacement)	1S		C40	nanocoulomb	10⁻⁹ C	nC
05	Electricity and Magnetism	21	electric charge, quantity of electricity, electric flux (flux of displacement)	1S		C71	picocoulomb	10⁻¹² C	pC
05	Electricity and Magnetism	22	electric charge, quantity of electricity, electric flux (flux of displacement)	1M		E09	milliampere hour	3,6 C	mA·h	A unit of power load delivered at the rate of one thousandth of an ampere over a period of one hour.
05	Electricity and Magnetism	23	electric charge, quantity of electricity, electric flux (flux of displacement)	1M		N95	ampere minute	60 C	A·min	A unit of electric charge defining the amount of charge accumulated by a steady flow of one ampere for one minute..
05	Electricity and Magnetism	24	electric charge, quantity of electricity, electric flux (flux of displacement)	2		N94	franklin	3,335 641 x 10⁻¹⁰ C	Fr	CGS (Centimetre-Gram-Second system) unit of the electrical charge, where the charge amounts to exactly 1 Fr where the force of 1 dyn on an equal load is performed at a distance of 1 cm.
05	Electricity and Magnetism	25	volume density of charge, charge density, volumic charge	1		A29	coulomb per cubic metre	C/m³	C/m³
05	Electricity and Magnetism	26	volume density of charge, charge density, volumic charge	1S		A84	gigacoulomb per cubic metre	10⁹ C/m³	GC/m³
05	Electricity and Magnetism	27	volume density of charge, charge density, volumic charge	1S		A30	coulomb per cubic millimetre	10⁹ C/m³	C/mm³
05	Electricity and Magnetism	28	volume density of charge, charge density, volumic charge	1S		B69	megacoulomb per cubic metre	10⁶ C/m³	MC/m³
05	Electricity and Magnetism	29	volume density of charge, charge density, volumic charge	1S		A28	coulomb per cubic centimetre	10⁶ C/m³	C/cm³
05	Electricity and Magnetism	30	volume density of charge, charge density, volumic charge	1S		B27	kilocoulomb per cubic metre	10³ C/m³	kC/m³
05	Electricity and Magnetism	31	volume density of charge, charge density, volumic charge	1S		D88	millicoulomb per cubic metre	10⁻³ C/m³	mC/m³
05	Electricity and Magnetism	32	volume density of charge, charge density, volumic charge	1S		B87	microcoulomb per cubic metre	10⁻⁶ C/m³	µC/m³
05	Electricity and Magnetism	33	surface density of charge, electric flux density, displacement electric polarization	1		A34	coulomb per square metre	C/m²	C/m²
05	Electricity and Magnetism	34	surface density of charge, electric flux density, displacement electric polarization	1S		B70	megacoulomb per square metre	10⁶ C/m²	MC/m²
05	Electricity and Magnetism	35	surface density of charge, electric flux density, displacement electric polarization	1S		A35	coulomb per square millimetre	10⁶ C/m²	C/mm²
05	Electricity and Magnetism	36	surface density of charge, electric flux density, displacement electric polarization	1S		A33	coulomb per square centimetre	10⁴ C/m²	C/cm²
05	Electricity and Magnetism	37	surface density of charge, electric flux density, displacement electric polarization	1S		B28	kilocoulomb per square metre	10³ C/m²	kC/m²
05	Electricity and Magnetism	38	surface density of charge, electric flux density, displacement electric polarization	1S		D89	millicoulomb per square metre	10⁻³ C/m²	mC/m²
05	Electricity and Magnetism	39	surface density of charge, electric flux density, displacement electric polarization	1S		B88	microcoulomb per square metre	10⁻⁶ C/m²	µC/m²
05	Electricity and Magnetism	40	electric field strength	1		D50	volt per metre	V/m	V/m
05	Electricity and Magnetism	41	electric field strength	1		H45	volt second per metre	m x kg x s⁻² x A⁻¹	V·s/m
05	Electricity and Magnetism	42	electric field strength	1		D45	volt squared per kelvin squared	V²/K²	V²/K²
05	Electricity and Magnetism	43	electric field strength	1S		D51	volt per millimetre	10³ V/m	V/mm
05	Electricity and Magnetism	44	electric field strength	1S		H24	volt per microsecond	10⁶ V/s	V/µs
05	Electricity and Magnetism	45	electric field strength	1M		H62	millivolt per minute	1,666 666 667 × 10⁻⁵ m² x kg x s⁻⁴ x A⁻¹	mV/min
05	Electricity and Magnetism	46	electric field strength	1S		H46	volt per second	m² x kg x s⁻⁴ x A⁻¹	V/s
05	Electricity and Magnetism	47	electric field strength	1S		B79	megavolt per metre	10⁶ V/m	MV/m
05	Electricity and Magnetism	48	electric field strength	1S		B55	kilovolt per metre	10³ V/m	kV/m
05	Electricity and Magnetism	49	electric field strength	1S		D47	volt per centimetre	10² m⁻¹ x V	V/cm
05	Electricity and Magnetism	50	electric field strength	1S		C30	millivolt per metre	10⁻³ V/m	mV/m
05	Electricity and Magnetism	51	electric field strength	1S		C3	microvolt per metre	10⁻⁶ V/m	µV/m
05	Electricity and Magnetism	52	electric field strength	1M		G60	volt per bar	10⁻⁵ m³ x s⁻¹ x A⁻¹	V/bar
05	Electricity and Magnetism	53	electric field strength	1M		N98	volt per pascal	m³ x s⁻¹ x A⁻¹	V/Pa	Derived SI unit volt divided by the derived SI unit pascal.
05	Electricity and Magnetism	54	electric field strength	1M		F87	volt per litre minute	1,666 67 × 10¹ kg x m⁻¹ x s⁻⁴ x A⁻¹	V/(l·min)
05	Electricity and Magnetism	55	electric field strength	2		H22	volt square inch per pound-force	1,450 377 439 8 × 10⁻⁴ m³ x s⁻¹ x A⁻¹	V/(lbf/in²)
05	Electricity and Magnetism	56	electric field strength	2		H23	volt per inch	3,937 007 874 × 10¹ m x kg x s⁻³ x A⁻¹	V/in
05	Electricity and Magnetism	57	electric potential, potential difference, tension, voltage, electromotive force	1		VLT	volt	V	V
05	Electricity and Magnetism	58	electric potential, potential difference, tension, voltage, electromotive force	1S		B78	megavolt	10⁶ V	MV
05	Electricity and Magnetism	59	electric potential, potential difference, tension, voltage, electromotive force	1S		KVT	kilovolt	10³ V	kV
05	Electricity and Magnetism	60	electric potential, potential difference, tension, voltage, electromotive force	1S		2Z	millivolt	10⁻³ V	mV
05	Electricity and Magnetism	61	electric potential, potential difference, tension, voltage, electromotive force	1S		D82	microvolt	10⁻⁶ V	µV
05	Electricity and Magnetism	62	electric potential, potential difference, tension, voltage, electromotive force	1M		N99	picovolt	10⁻¹² V	pV	0,000 000 000 001-fold of the derived SI unit volt.
05	Electricity and Magnetism	63	capacitance	1		FAR	farad	F	F
05	Electricity and Magnetism	64	capacitance	1S		H48	attofarad	10⁻¹⁸ m⁻² x kg⁻¹ x s⁴ x A²	aF
05	Electricity and Magnetism	65	capacitance	1S		C10	millifarad	10⁻³ F	mF
05	Electricity and Magnetism	66	capacitance	1S		4O	microfarad	10⁻⁶ F	µF
05	Electricity and Magnetism	67	capacitance	1S		C41	nanofarad	10⁻⁹ F	nF
05	Electricity and Magnetism	68	capacitance	1S		4T	picofarad	10⁻¹² F	pF
05	Electricity and Magnetism	69	capacitance	1M		N90	kilofarad	10³ F	kF	1000-fold of the derived SI unit farad.
05	Electricity and Magnetism	70	permittivity, permittivity of vacuum, (electric constant)	1		A69	farad per metre	kg⁻¹ x m⁻³ x s⁴ x A²	F/m
05	Electricity and Magnetism	71	permittivity, permittivity of vacuum, (electric constant)	1S		H28	microfarad per kilometre	10⁻⁹ F/m	µF/km
05	Electricity and Magnetism	72	permittivity, permittivity of vacuum, (electric constant)	1S		H33	farad per kilometre	10⁻³ F/m	F/km
05	Electricity and Magnetism	73	permittivity, permittivity of vacuum, (electric constant)	1S		B89	microfarad per metre	10⁻⁶ F/m	µF/m
05	Electricity and Magnetism	74	permittivity, permittivity of vacuum, (electric constant)	1S		C42	nanofarad per metre	10⁻⁹ F/m	nF/m
05	Electricity and Magnetism	75	permittivity, permittivity of vacuum, (electric constant)	1S		C72	picofarad per metre	10⁻¹² F/m	pF/m
05	Electricity and Magnetism	76	relative permittivity	1		C62	one	1	1	Synonym: unit
05	Electricity and Magnetism	77	electric susceptibility	1		C62	one	1	1	Synonym: unit
05	Electricity and Magnetism	78	electric dipole moment	1		A26	coulomb metre	A x s x m	C·m
05	Electricity and Magnetism	79	current density	1		A41	ampere per square metre	A/m²	A/m²
05	Electricity and Magnetism	80	current density	1		H31	ampere per kilogram	A x kg⁻¹	A/kg
05	Electricity and Magnetism	81	current density	1S		B66	megaampere per square metre	10⁶ A/m²	MA/m²
05	Electricity and Magnetism	82	current density	1S		A7	ampere per square millimetre	10⁶ A/m²	A/mm²
05	Electricity and Magnetism	83	current density	1S		A4	ampere per square centimetre	10⁴ A/m²	A/cm²
05	Electricity and Magnetism	84	current density	1S		B23	kiloampere per square metre	10³ A/m²	kA/m²
05	Electricity and Magnetism	85	current density	1M		G59	milliampere per litre minute	1,666 67 × 10⁻² m⁻³ x s⁻¹ x A	mA/(l·min)
05	Electricity and Magnetism	86	current density	1M		N93	ampere per pascal	kg⁻¹ x m x s² x A	A/Pa	SI base unit ampere divided by the derived SI unit pascal.
05	Electricity and Magnetism	87	current density	2		F57	milliampere per pound-force per square inch	1,450 38 × 10⁻⁷ kg⁻¹ x m x s² x A	mA/(lbf/in²)
05	Electricity and Magnetism	88	linear electric current density, lineic electric current, magnetic field strength	1M		F59	milliampere per bar	10⁻⁸ kg⁻¹ x m x s² x A	mA/bar
05	Electricity and Magnetism	89	linear electric current density, lineic electric current, magnetic field strength	1		AE	ampere per metre	A/m	A/m
05	Electricity and Magnetism	90	linear electric current density, lineic electric current, magnetic field strength	1S		B24	kiloampere per metre	10³ A/m	kA/m
05	Electricity and Magnetism	91	linear electric current density, lineic electric current, magnetic field strength	1S		A3	ampere per millimetre	10³ A/m	A/mm
05	Electricity and Magnetism	92	linear electric current density, lineic electric current, magnetic field strength	1S		A2	ampere per centimetre	10² A/m	A/cm
05	Electricity and Magnetism	93	linear electric current density, lineic electric current, magnetic field strength	1M		F76	milliampere per millimetre	m⁻¹ x A	mA/mm
05	Electricity and Magnetism	94	linear electric current density, lineic electric current, magnetic field strength	2		F08	milliampere per inch	3,937 007 874 015 75 x 10⁻² A x m⁻¹	mA/in
05	Electricity and Magnetism	95	lineic charge	1		P10	coulomb per metre	m⁻¹ x s x A	C/m	Derived SI unit coulomb divided by the SI base unit metre.
05	Electricity and Magnetism	96	magnetic flux density, magnetic induction, magnetic polarization	1		D33	tesla	T	T
05	Electricity and Magnetism	97	magnetic flux density, magnetic induction, magnetic polarization	1S		C29	millitesla	10⁻³ T	mT
05	Electricity and Magnetism	98	magnetic flux density, magnetic induction, magnetic polarization	1S		D81	microtesla	10⁻⁶ T	µT
05	Electricity and Magnetism	99	magnetic flux density, magnetic induction, magnetic polarization	1S		C48	nanotesla	10⁻⁹ T	nT
05	Electricity and Magnetism	100	magnetic flux density, magnetic induction, magnetic polarization	1M		P13	kilotesla	10³ T	kT	1000-fold of the derived SI unit tesla.
05	Electricity and Magnetism	101	magnetic flux density, magnetic induction, magnetic polarization	2		P12	gamma	10⁻⁹ T	γ	Unit of magnetic flow density.
05	Electricity and Magnetism	102	magnetic flux	1		WEB	weber	Wb	Wb
05	Electricity and Magnetism	103	magnetic flux	1S		C33	milliweber	10⁻³ Wb	mWb
05	Electricity and Magnetism	104	magnetic flux	1M		P11	kiloweber	10³ Wb	kWb	1000 fold of the derived SI unit weber.
05	Electricity and Magnetism	105	magnetic vector potential	1		D59	weber per metre	Wb/m	Wb/m
05	Electricity and Magnetism	106	magnetic vector potential	1S		B56	kiloweber per metre	10³ Wb/m	kWb/m
05	Electricity and Magnetism	107	magnetic vector potential	1S		D60	weber per millimetre	10³ Wb/m	Wb/mm
05	Electricity and Magnetism	108	self inductance, mutual inductance, permeance	1		81	henry	H	H
05	Electricity and Magnetism	109	self inductance, mutual inductance, permeance	1S		C14	millihenry	10⁻³ H	mH
05	Electricity and Magnetism	110	self inductance, mutual inductance, permeance	1S		B90	microhenry	10⁻⁶ H	µH
05	Electricity and Magnetism	111	self inductance, mutual inductance, permeance	1S		C43	nanohenry	10⁻⁹ H	nH
05	Electricity and Magnetism	112	self inductance, mutual inductance, permeance	1S		C73	picohenry	10⁻¹² H	pH
05	Electricity and Magnetism	113	self inductance, mutual inductance, permeance	1M		H03	henry per kiloohm	10⁻³ s	H/kΩ
05	Electricity and Magnetism	114	self inductance, mutual inductance, permeance	1M		H04	henry per ohm	s	H/Ω
05	Electricity and Magnetism	115	self inductance, mutual inductance, permeance	1M		G98	microhenry per kiloohm	10⁻⁹ s	µH/kΩ
05	Electricity and Magnetism	116	self inductance, mutual inductance, permeance	1M		G99	microhenry per ohm	10⁻⁶ s	µH/Ω
05	Electricity and Magnetism	117	self inductance, mutual inductance, permeance	1M		H05	millihenry per kiloohm	10⁻⁶ s	mH/kΩ
05	Electricity and Magnetism	118	self inductance, mutual inductance, permeance	1M		H06	millihenry per ohm	10⁻³ s	mH/Ω
05	Electricity and Magnetism	119	self inductance, mutual inductance, permeance	1M		P24	kilohenry	10³ H	kH	1000-fold of the derived SI unit henry.
05	Electricity and Magnetism	120	coupling coefficient, leakage coefficient	1		C62	one	1	1	Synonym: unit
05	Electricity and Magnetism	121	number of turns in a winding, number of phases, number of pairs of poles	1		C62	one	1	1	Synonym: unit
05	Electricity and Magnetism	122	permeability, permeability of vacuum, magnetic constant	1		A98	henry per metre	H/m	H/m
05	Electricity and Magnetism	123	permeability, permeability of vacuum, magnetic constant	1S		B91	microhenry per metre	10⁻⁶ H/m	µH/m
05	Electricity and Magnetism	124	permeability, permeability of vacuum, magnetic constant	1S		C44	nanohenry per metre	10⁻⁹ H/m	nH/m
05	Electricity and Magnetism	125	relative permeability	1		C62	one	1	1	Synonym: unit
05	Electricity and Magnetism	126	magnetic susceptibility	1		C62	one	1	1	Synonym: unit
05	Electricity and Magnetism	127	electromagnetic moment, magnetic moment, (magnetic area moment)	1		A5	ampere square metre	A x m²	A·m²
05	Electricity and Magnetism	128	magnetization	1		AE	ampere per metre	A/m	A/m
05	Electricity and Magnetism	129	electromagnetic energy density, volumic electromagnetic energy	1		B8	joule per cubic metre	J/m³	J/m³
05	Electricity and Magnetism	130	Poynting vector	1		D54	watt per square metre	W/m²	W/m²
05	Electricity and Magnetism	131	phase velocity of electromagnetic waves, phase speed of electromagnetic waves	1		MTS	metre per second	m/s	m/s
05	Electricity and Magnetism	132	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1		OHM	ohm	Ω	Ω
05	Electricity and Magnetism	133	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1S		A87	gigaohm	10⁹ Ω	GΩ
05	Electricity and Magnetism	134	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1S		B75	megaohm	10⁶ Ω	MΩ
05	Electricity and Magnetism	135	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1S		H44	teraohm	10¹² Ω	TΩ
05	Electricity and Magnetism	136	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1S		B49	kiloohm	10³ Ω	kΩ
05	Electricity and Magnetism	137	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1S		E45	milliohm	10⁻³ Ω	mΩ
05	Electricity and Magnetism	138	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1S		B94	microohm	10⁻⁶ Ω	µΩ
05	Electricity and Magnetism	139	resistance (to direct current), impedance, (complex impedances), modulus of impedance, resistance (to alternating current), reactance	1M		P22	nanoohm	10⁻⁹ Ω	nΩ	0,000 000 001-fold of the derived SI unit ohm.
05	Electricity and Magnetism	140	resistance load per unit length	2		M26	gigaohm per metre	10⁹ Ω/m	GΩ/m
05	Electricity and Magnetism	141	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1		SIE	siemens	A/V	S
05	Electricity and Magnetism	142	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1S		B53	kilosiemens	10³ S	kS
05	Electricity and Magnetism	143	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1S		C27	millisiemens	10⁻³ S	mS
05	Electricity and Magnetism	144	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1S		B99	microsiemens	10⁻⁶ S	µS
05	Electricity and Magnetism	145	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1M		G42	microsiemens per centimetre	10⁻⁴ S/m	µS/cm
05	Electricity and Magnetism	146	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1M		G43	microsiemens per metre	10⁻⁶ S/m	µS/m
05	Electricity and Magnetism	147	conductance (for direct current), admittance, (complex admittance), modulus of admittance,(admittance), conductance (for alternating current)	1M		N92	picosiemens	10⁻¹² S	pS	0,000 000 000 001-fold of the derived SI unit siemens.
05	Electricity and Magnetism	148	susceptance	2	D	NQ	mho	S
05	Electricity and Magnetism	149	susceptance	2	D	NR	micromho	10⁻⁶ S
05	Electricity and Magnetism	150	resistivity	1		C61	ohm metre	Ω x m	Ω·m
05	Electricity and Magnetism	151	resistivity	1S		A88	gigaohm metre	10⁹ Ω x m	GΩ·m
05	Electricity and Magnetism	152	resistivity	1S		B76	megaohm metre	10⁶ Ω x m	MΩ·m
05	Electricity and Magnetism	153	resistivity	1S		H88	megaohm kilometre	10⁹ Ω x m	MΩ·km
05	Electricity and Magnetism	154	resistivity	1S		B50	kiloohm metre	10³ Ω x m	kΩ·m
05	Electricity and Magnetism	155	resistivity	1S		C60	ohm centimetre	10⁻² Ω x m	Ω·cm
05	Electricity and Magnetism	156	resistivity	1S		C23	milliohm metre	10⁻³ Ω x m	mΩ·m
05	Electricity and Magnetism	157	resistivity	1S		B95	microohm metre	10⁻⁶ Ω x m	µΩ·m
05	Electricity and Magnetism	158	resistivity	1S		C46	nanoohm metre	10⁻⁹ Ω·x m	nΩ·m
05	Electricity and Magnetism	159	resistivity	1M		M24	ohm kilometre	10³ Ω x m	Ω·km
05	Electricity and Magnetism	160	resistivity	2		P23	ohm circular-mil per foot	1,662 426 x 10⁻⁹ Ω x m	Ω·cmil/ft	Unit of resistivity.
05	Electricity and Magnetism	161	lineic resistance	1M		F56	ohm per kilometre	10⁻³ Ω/m	Ω/km
05	Electricity and Magnetism	162	lineic resistance	1M		H26	ohm per metre	Ω/m	Ω/m
05	Electricity and Magnetism	163	lineic resistance	1M		H37	megaohm per metre	10⁶ Ω/m	MΩ/m
05	Electricity and Magnetism	164	lineic resistance	1M		F54	milliohm per metre	10⁻³ Ω/m	mΩ/m
05	Electricity and Magnetism	165	lineic resistance	1M		H36	megaohm per kilometre	10³ Ω/m	MΩ/km
05	Electricity and Magnetism	166	lineic resistance	2		F55	ohm per mile (statute mile)	6,213 71 × 10⁻⁴ Ω/m	Ω/mi
05	Electricity and Magnetism	167	conductivity	1		D10	siemens per metre	S/m	S/m
05	Electricity and Magnetism	168	conductivity	1S		H43	siemens per centimetre	10² S/m	S/cm
05	Electricity and Magnetism	169	conductivity	1S		H61	millisiemens per centimetre	10⁻¹ S/m	mS/cm
05	Electricity and Magnetism	170	conductivity	1S		B77	megasiemens per metre	10⁶ S/m	MS/m
05	Electricity and Magnetism	171	conductivity	1S		B54	kilosiemens per metre	10³ S/m	kS/m
05	Electricity and Magnetism	172	conductivity	1M		G45	nanosiemens per metre	10⁻⁹ S/m	nS/m
05	Electricity and Magnetism	173	conductivity	1M		G44	nanosiemens per centimetre	10⁻⁷ S/m	nS/cm
05	Electricity and Magnetism	174	conductivity	2		L42	picosiemens per metre	10⁻¹² S/m	pS/m
05	Electricity and Magnetism	175	reluctance	1		C89	reciprocal henry	H⁻¹	H⁻¹
05	Electricity and Magnetism	176	phase difference, phase displacement, loss angle	1		C81	radian	rad	rad
05	Electricity and Magnetism	177	power (for direct current), active power	1		WTT	watt	W	W
05	Electricity and Magnetism	178	power (for direct current), active power	1		P14	joule per second	W	J/s	Quotient of the derived SI unit joule divided by the SI base unit second.
05	Electricity and Magnetism	179	power (for direct current), active power	1S		KWT	kilowatt	10³ W	kW
05	Electricity and Magnetism	180	power (for direct current), active power	1S		MAW	megawatt	10⁶ W	MW	A unit of power defining the rate of energy transferred or consumed when a current of 1000 amperes flows due to a potential of 1000 volts at unity power factor.
05	Electricity and Magnetism	181	power (for direct current), active power	1S		A90	gigawatt	10⁹ W	GW
05	Electricity and Magnetism	182	power (for direct current), active power	1S		D31	terawatt	10¹² W	TW
05	Electricity and Magnetism	183	power (for direct current), active power	1S		C31	milliwatt	10⁻³ W	mW
05	Electricity and Magnetism	184	power (for direct current), active power	1M		P15	joule per minute	1,666 67 × 10⁻² W	J/min	Quotient from the derived SI unit joule divided by the unit minute.
05	Electricity and Magnetism	185	power (for direct current), active power	1M		P16	joule per hour	2,777 78 × 10⁻⁴ W	J/h	Quotient from the derived SI unit joule divided by the unit hour.
05	Electricity and Magnetism	186	power (for direct current), active power	1M		P17	joule per day	1,157 41 × 10⁻⁵ W	J/d	Quotient from the derived SI unit joule divided by the unit day.
05	Electricity and Magnetism	187	power (for direct current), active power	1M		P18	kilojoule per second	10³ W	kJ/s	Quotient from the 1000-fold of the derived SI unit joule divided by the SI base unit second.
05	Electricity and Magnetism	188	power (for direct current), active power	1M		P19	kilojoule per minute	1,666 67 × 10 W	kJ/min	Quotient from the 1000-fold of the derived SI unit joule divided by the unit minute.
05	Electricity and Magnetism	189	power (for direct current), active power	1M		P20	kilojoule per hour	2,777 78 x 10⁻¹ W	kJ/h	Quotient from the 1000-fold of the derived SI unit joule divided by the unit hour.
05	Electricity and Magnetism	190	power (for direct current), active power	1M		P21	kilojoule per day	1,157 41 x 10⁻² W	kJ/d	Quotient from the 1000-fold of the derived SI unit joule divided by the unit day.
05	Electricity and Magnetism	191	power (for direct current), active power	1S		D80	microwatt	10⁻⁶ W	µW
05	Electricity and Magnetism	192	power (for direct current), active power	2		K43	horsepower (electric)	746 W	electric hp
05	Electricity and Magnetism	193	power (for direct current), active power	1S		C49	nanowatt	10⁻⁹ W	nW
05	Electricity and Magnetism	194	power (for direct current), active power	1S		C75	picowatt	10⁻¹² W	pW
05	Electricity and Magnetism	195	apparent power	1		D46	volt - ampere	W	V·A
05	Electricity and Magnetism	196	apparent power	1S		MVA	megavolt - ampere	10⁶ V x A	MV·A
05	Electricity and Magnetism	197	apparent power	1S		KVA	kilovolt - ampere	10³ V x A	kV·A
05	Electricity and Magnetism	198	apparent power	1S		M35	millivolt - ampere	10⁻³ V x A	mV·A
05	Electricity and Magnetism	199	reactive power	1		D44	var	V x A	var	The name of the unit is an acronym for volt-ampere-reactive.
05	Electricity and Magnetism	200	reactive power	1S	D	K5	kilovolt ampere (reactive)	10³ V x A	kvar	Use kilovar (common code KVR)
05	Electricity and Magnetism	201	reactive power	1S		KVR	kilovar	10³ V x A	kvar
05	Electricity and Magnetism	202	reactive power	1M		MAR	megavar	10³ V x A	kvar	A unit of electrical reactive power represented by a current of one thousand amperes flowing due a potential difference of one thousand volts where the sine of the phase angle between them is 1.
05	Electricity and Magnetism	203	active energy	1		JOU	joule	J	J
05	Electricity and Magnetism	204	active energy	1		WHR	watt hour	3,6 x 10³ J	W·h
05	Electricity and Magnetism	205	coefficient, performance characteristic	1		N91	reciprocal joule	1/J	1/J	Reciprocal of the derived SI unit joule.
05	Electricity and Magnetism	206	coefficient, performance characteristic	1S		M30	reciprocal volt - ampere reciprocal second	(V x A x s)⁻¹	1/(V·A·s)
05	Electricity and Magnetism	207	coefficient, performance characteristic	2		M17	kilohertz metre	10³ Hz x m	kHz·m
05	Electricity and Magnetism	208	coefficient, performance characteristic	2		M18	gigahertz metre	10⁹ Hz x m	GHz·m
05	Electricity and Magnetism	209	coefficient, performance characteristic	2		M27	megahertz metre	10⁶ Hz x m	MHz·m
05	Electricity and Magnetism	210	coefficient, performance characteristic	2		M21	reciprocal kilovolt - ampere reciprocal hour	2,777 778 x 10⁻⁷ (V x A x s)⁻¹	1/kVAh
05	Electricity and Magnetism	211	coefficient, performance characteristic	2		H34	hertz metre	Hz x m	Hz·m
05	Electricity and Magnetism	212	coefficient, performance characteristic	2		H39	megahertz kilometre	10⁹ Hz x m	MHz·km
06	Light and Related Electromagnetic Radiations	2	frequency	1		HTZ	hertz	Hz	Hz
06	Light and Related Electromagnetic Radiations	3	circular frequency	1		C97	reciprocal second	s⁻¹	s⁻¹
06	Light and Related Electromagnetic Radiations	4	circular frequency	1		2A	radian per second	rad/s	rad/s	Refer ISO/TC12 SI Guide
06	Light and Related Electromagnetic Radiations	5	wavelength	1		MTR	metre	m	m
06	Light and Related Electromagnetic Radiations	6	wavelength	1		A11	angstrom	10⁻¹⁰ m	Å
06	Light and Related Electromagnetic Radiations	7	wavenumber, repetency	1		C92	reciprocal metre	m⁻¹	m⁻¹
06	Light and Related Electromagnetic Radiations	8	angular wave number, angular repetency	1		C84	radian per metre	rad/m	rad/m
06	Light and Related Electromagnetic Radiations	9	velocity (speed) on propagation of electromagnetic waves in vacuo	1		MTS	metre per second	m/s	m/s
06	Light and Related Electromagnetic Radiations	10	radiant energy	1		JOU	joule	J	J
06	Light and Related Electromagnetic Radiations	11	radiant energy density	1		B8	joule per cubic metre	J/m³	J/m³
06	Light and Related Electromagnetic Radiations	12	radiant energy density	1M		JM	megajoule per cubic metre	10⁶ J/m³	MJ/m³
06	Light and Related Electromagnetic Radiations	13	spectral concentration of radiant energy density (in terms of wavelength),spectral radiant energy density (in terms of wave length)	1		B14	joule per metre to the fourth power	J/m⁴	J/m⁴
06	Light and Related Electromagnetic Radiations	14	radiant power, (radiant energyflux)	1		WTT	watt	W	W
06	Light and Related Electromagnetic Radiations	15	radiant energy fluence, radiance exposure	1		B13	joule per square metre	J/m²	J/m²	Synonym: joule per metre squared
06	Light and Related Electromagnetic Radiations	16	photon flux	1		C97	reciprocal second	s⁻¹	s⁻¹
06	Light and Related Electromagnetic Radiations	17	photon intensity	1		D1	reciprocal second per steradian	s⁻¹/sr	s⁻¹/sr
06	Light and Related Electromagnetic Radiations	18	photon luminance, photon radiance	1		D2	reciprocal second per steradian metre squared	s⁻¹/(sr x m²)	s⁻¹/(sr·m²)
06	Light and Related Electromagnetic Radiations	19	photon exitance, irradiance	1		C99	reciprocal second per metre squared	s⁻¹/m²	s⁻¹/m²
06	Light and Related Electromagnetic Radiations	20	photon exposure	1		C93	reciprocal square metre	m⁻²	m⁻²	Synonym: reciprocal metre squared
06	Light and Related Electromagnetic Radiations	21	radiant energy, fluence rate, radiant exitance, irradiance, first radiation constant	1		D54	watt per square metre	W/m²	W/m²
06	Light and Related Electromagnetic Radiations	22	radiant energy, fluence rate, radiant exitance, irradiance, first radiation constant	1		H47	watt per cubic metre	m⁻¹ x kg x s⁻³	W/m³
06	Light and Related Electromagnetic Radiations	23	radiant energy, fluence rate, radiant exitance, irradiance, first radiation constant	1M		H74	watt per metre	W m⁻¹	W/m
06	Light and Related Electromagnetic Radiations	24	radiant energy fluence, radiance exposure	1M		E43	joule per square centimetre	10⁴ J/m²	J/cm²	A unit of energy defining the number of joules per square centimetre.
06	Light and Related Electromagnetic Radiations	25	radiant energy fluence, radiance exposure	2		P37	British thermal unit (international table) per square foot	1,135 653 x 10⁴ J/m²	BtuIT/ft²	Unit of the areal-related energy transmission according to the Imperial system of units.
06	Light and Related Electromagnetic Radiations	26	radiant energy fluence, radiance exposure	2		P38	British thermal unit (thermochemical) per square foot	1,134 893 x 10⁴ J/m²	Btuth/ft²	Unit of the areal-related energy transmission according to the Imperial system of units.
06	Light and Related Electromagnetic Radiations	27	radiant energy fluence, radiance exposure	2		P39	calorie (thermochemical) per square centimetre	4,184 x 10⁴ J/m²	calth/cm²	Unit of the areal-related energy transmission according to the Imperial system of units.
06	Light and Related Electromagnetic Radiations	28	radiant energy fluence, radiance exposure	2		P40	langley	4,184 x 10⁴ J/m²	Ly	CGS (Centimetre-Gram-Second system) unit of the areal-related energy transmission (as a measure of the incident quantity of heat of solar radiation on the earth's surface).
06	Light and Related Electromagnetic Radiations	29	radiant intensity	1		D57	watt per steradian	W/sr	W/sr
06	Light and Related Electromagnetic Radiations	30	radiance	1		D58	watt per steradian square metre	W/(sr x m²)	W/(sr·m²)
06	Light and Related Electromagnetic Radiations	31	Stefan-Boltzmann constant	1		D56	watt per square metre kelvin to the fourth power	W/(m² x K⁴)	W/(m²·K⁴)
06	Light and Related Electromagnetic Radiations	32	second radiation constant	1		D18	metre kelvin	m x K	m·K
06	Light and Related Electromagnetic Radiations	33	emissivity, spectral emissivity, emissivity at a specified wavelength, directional spectral emissivity	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	34	luminous intensity	1		CDL	candela	cd	cd
06	Light and Related Electromagnetic Radiations	35	luminous intensity	1M		P33	kilocandela	10³ cd	kcd	1000-fold of the SI base unit candela.
06	Light and Related Electromagnetic Radiations	36	luminous intensity	1M		P34	millicandela	10⁻³ cd	mcd	0,001-fold of the SI base unit candela.
06	Light and Related Electromagnetic Radiations	37	luminous intensity	2		P35	Hefner-Kerze	0,903 cd	HK	Obsolete, non-legal unit of the power in Germany relating to DIN 1301-3:1979: 1 HK = 0,903 cd.
06	Light and Related Electromagnetic Radiations	38	luminous intensity	2		P36	international candle	1,019 cd	IK	Obsolete, non-legal unit of the power in Germany relating to DIN 1301-3:1979: 1 HK = 1,019 cd.
06	Light and Related Electromagnetic Radiations	39	luminous flux	1		LUM	lumen	cd x sr	lm
06	Light and Related Electromagnetic Radiations	40	quantity of light	1		B62	lumen second	s x cd x sr	lm·s
06	Light and Related Electromagnetic Radiations	41	quantity of light	1S		B59	lumen hour	3,6 x 10³ s x cd x sr	lm·h
06	Light and Related Electromagnetic Radiations	42	luminance	1		A24	candela per square metre	cd/m²	cd/m²
06	Light and Related Electromagnetic Radiations	43	luminance	2		P28	candela per square inch	1,550 003 x 10³ cd/m²	cd/in²	SI base unit candela divided by the power of unit inch according to the Anglo-American and Imperial system of units by exponent 2.
06	Light and Related Electromagnetic Radiations	44	luminance	2		P29	footlambert	3,426 259 cd/m²	ftL	Unit of the luminance according to the Anglo-American system of units, defined as emitted or reflected luminance of a lm/ft².
06	Light and Related Electromagnetic Radiations	45	luminance	2		P30	lambert	3,183 099 x 10³ cd/m²	Lb	CGS (Centimetre-Gram-Second system) unit of luminance, defined as the emitted or reflected luminance by one lumen per square centimetre.
06	Light and Related Electromagnetic Radiations	46	luminance	2		P31	stilb	10⁴ cd/m²	sb	CGS (Centimetre-Gram-Second system) unit of luminance, defined as emitted or reflected luminance by one lumen per square centimetre.
06	Light and Related Electromagnetic Radiations	47	luminance	2		P32	candela per square foot	1,076 391 x 10 cd/m²	cd/ft²	Base unit SI candela divided by the power of the unit foot according to the Anglo-American and Imperial system of units by exponent 2.
06	Light and Related Electromagnetic Radiations	48	luminous exitance	1		B60	lumen per square metre	cd x sr/m²	lm/m²
06	Light and Related Electromagnetic Radiations	49	illuminance	1		LUX	lux	cd x sr / m²	lx
06	Light and Related Electromagnetic Radiations	50	illuminance	1M		KLX	kilolux	10³ cd x sr / m²	klx	A unit of illuminance equal to one thousand lux.
06	Light and Related Electromagnetic Radiations	51	illuminance	2		P25	lumen per square foot	1,076 391 x 10¹ cd x sr / m²	lm/ft²	Derived SI unit lumen divided by the power of the unit foot according to the Anglo-American and Imperial system of units by exponent 2.
06	Light and Related Electromagnetic Radiations	52	illuminance	2		P26	phot	10⁴ cd x sr / m²	ph	CGS (Centimetre-Gram-Second system) unit of the illuminance, defined as lumen by square centimetre.
06	Light and Related Electromagnetic Radiations	53	illuminance	2		P27	footcandle	1,076 391 x 10¹ cd x sr / m²	ftc	Non SI conform traditional unit, defined as density of light which impinges on a surface which has a distance of one foot from a light source, which shines with an intensity of an international candle.
06	Light and Related Electromagnetic Radiations	54	light exposure	1		B64	lux second	s x cd x sr / m²	lx·s
06	Light and Related Electromagnetic Radiations	55	light exposure	1S		B63	lux hour	3,6 x 10³ s x cd x sr / m²	lx·h
06	Light and Related Electromagnetic Radiations	56	luminious efficacy, spectral luminous efficacy, luminous efficacy at a specified wavelength, maximum spectral luminous efficacy	1		B61	lumen per watt	cd x sr/W	lm/W
06	Light and Related Electromagnetic Radiations	57	luminous efficiency, spectral luminous efficiency,luminous efficiency at a specified wavelength	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	58	CIE colorimetric functions	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	59	coordinates trichromatic	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	60	spectral absorption factor, spectral absorptance, spectral reflectionfactor,spectral reflectance, spectral transmission factor, spectral transmittance, spectral radiance factor	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	61	optical density	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	62	refractive index	1		C62	one	1	1	Synonym: unit
06	Light and Related Electromagnetic Radiations	63	linear attenuation coefficient, linear extinction coefficient,linear absorption coefficient	1		C92	reciprocal metre	m⁻¹	m⁻¹
06	Light and Related Electromagnetic Radiations	64	molar absorption coefficient	1		D22	square metre per mole	m²/mol	m²/mol
06	Light and Related Electromagnetic Radiations	65	object distance, image distance, focal distance	1		MTR	metre	m	m
06	Light and Related Electromagnetic Radiations	66	vergence, lens power	1		C92	reciprocal metre	m⁻¹	m⁻¹
07	Acoustics	2	period, periodic time	1		SEC	second [unit of time]	s	s
07	Acoustics	3	frequency	1		HTZ	hertz	Hz	Hz
07	Acoustics	4	frequency interval	1		C59	octave			A unit used in music to describe the ratio in frequency between notes.
07	Acoustics	5	angular frequency, pulsatance	1		C97	reciprocal second	s⁻¹	s⁻¹
07	Acoustics	6	angular frequency, pulsatance	1		2A	radian per second	rad/s	rad/s	Refer ISO/TC12 SI Guide
07	Acoustics	7	wavelength	1		MTR	metre	m	m
07	Acoustics	8	repetency, wavenumber	1		C92	reciprocal metre	m⁻¹	m⁻¹
07	Acoustics	9	angular repetency, angular wavenumber	1		C84	radian per metre	rad/m	rad/m
07	Acoustics	10	volumic mass, density, mass density	1		KMQ	kilogram per cubic metre	kg/m³	kg/m³	A unit of weight expressed in kilograms of a substance that fills a volume of one cubic metre.
07	Acoustics	11	static pressure, (instantaneous) sound pressure	1		PAL	pascal	Pa	Pa
07	Acoustics	12	static pressure, (instantaneous) sound pressure	1		BAR	bar [unit of pressure]	10⁵ Pa	bar
07	Acoustics	13	static pressure, (instantaneous) sound pressure	2	D	D9	dyne per square centimetre	10⁻¹ Pa	dyn/cm²
07	Acoustics	14	(instantaneous) sound particle displacement	1		MTR	metre	m	m
07	Acoustics	15	(instantaneous) sound particle velocity	1		MTS	metre per second	m/s	m/s
07	Acoustics	16	(instantaneous) sound particle acceleration	1		MSK	metre per second squared	m/s²	m/s²
07	Acoustics	17	(instantaneous) volume flow rate	1		MQS	cubic metre per second	m³/s	m³/s
07	Acoustics	18	velocity of sound (phase velocity), group velocity	1		MTS	metre per second	m/s	m/s
07	Acoustics	19	sound energy density, volumic, sound energy	1		B8	joule per cubic metre	J/m³	J/m³
07	Acoustics	20	sound energy density, volumic, sound energy	2	D	A60	erg per cubic centimetre	10⁻¹ J/m³	erg/cm³
07	Acoustics	21	sound power	1		WTT	watt	W	W
07	Acoustics	22	sound power	2	D	A63	erg per second	10⁻⁷ W	erg/s
07	Acoustics	23	sound intensity	1		D54	watt per square metre	W/m²	W/m²
07	Acoustics	24	sound intensity	1S		C32	milliwatt per square metre	10⁻³ W/m²	mW/m²
07	Acoustics	25	sound intensity	1S		D85	microwatt per square metre	10⁻⁶ W/m²	µW/m²
07	Acoustics	26	sound intensity	1S		C76	picowatt per square metre	10⁻¹² W/m²	pW/m²
07	Acoustics	27	sound intensity	2	D	A64	erg per second square centimetre	10⁻³ W/m²	erg/(s·cm²)
07	Acoustics	28	characteristic impedance of a medium	1		C67	pascal second per metre	Pa x s/m	Pa· s/m
07	Acoustics	29	surface density of mechanical impedance	2	D	A50	dyne second per cubic centimetre	10 Pa x s/m	dyn·s/cm³
07	Acoustics	30	acoustic impedance	1		C66	pascal second per cubic metre	Pa x s/m³	Pa·s/m³
07	Acoustics	31	acoustic impedance	2	D	A52	dyne second per centimetre to the fifth power	10⁵ Pa x s/m³	dyn·s/cm⁵
07	Acoustics	32	acoustic impedance	2		M32	pascal second per litre	10³ Pa x s/m³	Pa·s/l
07	Acoustics	33	mechanical impedance	1		C58	newton second per metre	N x s/m	N·s/m
07	Acoustics	34	mechanical impedance	2	D	A51	dyne second per centimetre	10⁻³ N x s/m	dyn·s/cm
07	Acoustics	35	sound pressure level, sound power level	1		2N	decibel	0,115 129 3 Np	dB
07	Acoustics	36	sound pressure level, sound power level	1M		P43	bel per metre	B/m	B/m	Unit bel divided by the SI base unit metre.
07	Acoustics	37	damping coefficient	1		C97	reciprocal second	s⁻¹	s⁻¹
07	Acoustics	38	sound pressure level, sound power level	1		H51	decibel per kilometre	10⁻⁴ B/m	dB/km
07	Acoustics	39	sound pressure level, sound power level	1		H52	decibel per metre	10⁻¹ B/m	dB/m
07	Acoustics	40	damping coefficient	1		C51	neper per second	Np/s	Np/s
07	Acoustics	41	time constant, relaxation time	1		SEC	second [unit of time]	s	s
07	Acoustics	42	logarithmic decrement	1		C50	neper	Np	Np
07	Acoustics	43	attenuation coefficient, phase coefficient, propagation coefficient	1		C92	reciprocal metre	m⁻¹	m⁻¹
07	Acoustics	44	dissipation factor, dissipance, reflection factor, reflectance, transmission factor, transmittance, absorption factor, absorbance	1		C62	one	1	1	Synonym: unit
07	Acoustics	45	sound reduction index	1		2N	decibel	0,115 129 3 Np	dB
07	Acoustics	46	equivalent absorption area of a surface or object	1		MTK	square metre	m²	m²
07	Acoustics	47	reverberation time	1		SEC	second [unit of time]	s	s
07	Acoustics	48	loudness level	1		C69	phon			A unit of subjective sound loudness. A sound has loudness p phons if it seems to the listener to be equal in loudness to the sound of a pure tone of frequency 1 kilohertz and strength p decibels.
07	Acoustics	49	loudness	1		D15	sone			A unit of subjective sound loudness. One sone is the loudness of a pure tone of frequency one kilohertz and strength 40 decibels.
07	Acoustics	50	sound exposure	1		P42	pascal squared second	m⁻² x kg² x s⁻³	Pa²·s	Unit of the set as a product of the power of derived SI unit pascal with exponent 2 and the SI base unit second.
07	Acoustics	51	logarithmic decrement	2		P41	decade (logarithmic)	dec	dec	1 Dec := log2 10 ˜ 3,32 according to the logarithm for frequency range between f1 and f2, when f2/f1 = 10.
08	Physical Chemistry and Molecular Physics	2	relative atomic mass	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	3	relative molecular mass	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	4	number of molecules or other elementary entities	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	5	amount of substance	1		C34	mole	mol	mol
08	Physical Chemistry and Molecular Physics	6	amount of substance	1S		B45	kilomole	10³ mol	kmol
08	Physical Chemistry and Molecular Physics	7	amount of substance	1S		C18	millimole	10⁻³ mol	mmol
08	Physical Chemistry and Molecular Physics	8	amount of substance	1S		FH	micromole	10⁻⁶ mol	µmol
08	Physical Chemistry and Molecular Physics	9	amount of substance	2		P44	pound mole	453,592 4 mol	lbmol	Non SI-conforming unit of quantity of a substance relating that one pound mole of a chemical composition corresponds to the same number of pounds as the molecular weight of one molecule of this composition in atomic mass units.
08	Physical Chemistry and Molecular Physics	10	Avogadro constant	1		C95	reciprocal mole	mol⁻¹	mol⁻¹
08	Physical Chemistry and Molecular Physics	11	molar mass	1		D74	kilogram per mole	kg/mol	kg/mol
08	Physical Chemistry and Molecular Physics	12	molar mass	1S		A94	gram per mole	10⁻³ kg/mol	g/mol
08	Physical Chemistry and Molecular Physics	13	molar volume	1		A40	cubic metre per mole	m³/mol	m³/mol
08	Physical Chemistry and Molecular Physics	14	molar volume	1S		A37	cubic decimetre per mole	10⁻³ m³/mol	dm³/mol
08	Physical Chemistry and Molecular Physics	15	molar volume	1S		A36	cubic centimetre per mole	10⁻⁶ m³/mol	cm³/mol
08	Physical Chemistry and Molecular Physics	16	molar volume	1M		B58	litre per mole	10⁻³ m³/mol	l/mol
08	Physical Chemistry and Molecular Physics	17	molar thermodynamic energy	1		B15	joule per mole	J/mol	J/mol
08	Physical Chemistry and Molecular Physics	18	molar thermodynamic energy	1S		B44	kilojoule per mole	10³ J/mol	kJ/mol
08	Physical Chemistry and Molecular Physics	19	chemical potential	1		B15	joule per mole	J/mol	J/mol
08	Physical Chemistry and Molecular Physics	20	absolute activity	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	21	affinity (of a chemical reaction)	1		B15	joule per mole	J/mol	J/mol
08	Physical Chemistry and Molecular Physics	22	standard equilibrium constant	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	23	molar heat capacity, molar entropy, molar gas constant	1		B16	joule per mole kelvin	J/(mol x K)	J/(mol·K)
08	Physical Chemistry and Molecular Physics	24	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	1		C86	reciprocal cubic metre	m⁻³	m⁻³
08	Physical Chemistry and Molecular Physics	25	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	1M		H50	reciprocal cubic centimetre	10⁶ m⁻³	cm⁻³
08	Physical Chemistry and Molecular Physics	26	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	1S		L20	reciprocal cubic millimetre	10⁹ m⁻³	1/mm³
08	Physical Chemistry and Molecular Physics	27	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	2		K20	reciprocal cubic foot	35,314 66 m⁻³	1/ft³
08	Physical Chemistry and Molecular Physics	28	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	2		K49	reciprocal cubic inch	6,102 375 9 x 10⁴ m⁻³	1/in³
08	Physical Chemistry and Molecular Physics	29	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	2		K63	reciprocal litre	10³ m⁻³	1/l
08	Physical Chemistry and Molecular Physics	30	volumic number of molecules (or particles), number density of molecules (or particles), molecular concentration of B	2		M10	reciprocal cubic yard	1,307 951 m⁻³	1/yd³
08	Physical Chemistry and Molecular Physics	31	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1		KMQ	kilogram per cubic metre	kg/m³	kg/m³	A unit of weight expressed in kilograms of a substance that fills a volume of one cubic metre.
08	Physical Chemistry and Molecular Physics	32	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1		C36	mole per cubic metre	mol/m³	mol/m³
08	Physical Chemistry and Molecular Physics	33	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1		C38	mole per litre	10³ mol/m³	mol/l
08	Physical Chemistry and Molecular Physics	34	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		B35	kilogram per litre	10³ kg/m³	kg/l or kg/L
08	Physical Chemistry and Molecular Physics	35	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		C35	mole per cubic decimetre	10³ mol/m³	mol/dm³
08	Physical Chemistry and Molecular Physics	36	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		B46	kilomole per cubic metre	10³ mol/m³	kmol/m³
08	Physical Chemistry and Molecular Physics	37	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		E95	mole per second	s⁻¹ x mol	mol/s
08	Physical Chemistry and Molecular Physics	38	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		M33	millimole per litre	mol/m³	mmol/l
08	Physical Chemistry and Molecular Physics	39	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		P51	mol per kilogram pascal	m x kg⁻² x s² x mol	(mol/kg)/Pa	SI base unit mol divided by the product of the SI base unit kilogram and the derived SI unit pascal.
08	Physical Chemistry and Molecular Physics	40	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	1S		P52	mol per cubic metre pascal	m⁻² x kg⁻¹ x s² x mol	(mol/m³)/Pa	SI base unit mol divided by the product of the power from the SI base unit metre with exponent 3 and the derived SI unit pascal.
08	Physical Chemistry and Molecular Physics	41	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		K59	kilomole per cubic metre kelvin	10³ (mol/m³)/K	(kmol/m³)/K
08	Physical Chemistry and Molecular Physics	42	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		K60	kilomole per cubic metre bar	10⁻² (mol/m³)/Pa	(kmol/m³)/bar
08	Physical Chemistry and Molecular Physics	43	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		K93	reciprocal psi	1,450 377 x 10⁻⁴ Pa⁻¹	1/psi
08	Physical Chemistry and Molecular Physics	44	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		L24	mole per kilogram kelvin	(mol/kg)/K	(mol/kg)/K
08	Physical Chemistry and Molecular Physics	45	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		L25	mole per kilogram bar	10⁻⁵ (mol/kg)/Pa	(mol/kg)/bar
08	Physical Chemistry and Molecular Physics	46	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		L26	mole per litre kelvin	10³ (mol/m³)/K	(mol/l)/K
08	Physical Chemistry and Molecular Physics	47	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		L27	mole per litre bar	10⁻² (mol/m³)/Pa	(mol/l)/bar
08	Physical Chemistry and Molecular Physics	48	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		L28	mole per cubic metre kelvin	(mol/m³)/K	(mol/m³)/K
08	Physical Chemistry and Molecular Physics	49	volumic mass, mass density, density, mass concentration of B, amount of substance, concentration of B	2		L29	mole per cubic metre bar	10⁻⁵ (mol/m³)/Pa	(mol/m³)/bar
08	Physical Chemistry and Molecular Physics	50	mole fraction of B, mole ratio of solute B	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	51	molality of solute B	1		C19	mole per kilogram	mol/kg	mol/kg
08	Physical Chemistry and Molecular Physics	52	volumic dose	1		D93	second per cubic metre	s/m³	s/m³
08	Physical Chemistry and Molecular Physics	53	ionic strength	1S		D87	millimole per kilogram	10⁻³ mol/kg	mmol/kg
08	Physical Chemistry and Molecular Physics	54	ionic strength	1M		H68	millimole per gram	mol x kg⁻¹	mmol/g
08	Physical Chemistry and Molecular Physics	55	ionic strength	1M		P47	kilomole per kilogram	10³ mol/kg	kmol/kg	1000-fold of the SI base unit mol divided by the SI base unit kilogram.
08	Physical Chemistry and Molecular Physics	56	ionic strength	2		P48	pound mole per pound	10³ mol/kg	lbmol/lb	Non SI-conforming unit of the material molar flux divided by the avoirdupois pound for mass according to the avoirdupois unit system.
08	Physical Chemistry and Molecular Physics	57	degree of dissociation	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	58	partial pressure of B (in a gaseous mixture), fugacity of B (in a gaseous mixture), osmotic pressure	1		PAL	pascal	Pa	Pa
08	Physical Chemistry and Molecular Physics	59	standard absolute activity of B (in a gaseous mixture)	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	60	activity coefficient of B (in a liquid as a solid mixture)	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	61	standard absolute activity of B (in a liquid or a solid mixture)	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	62	activity coefficient of solute B (especially in a dilute solution),standard absolute activity of solute B (especially in a dilute solution)	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	63	activity of solvent A, relative activity of solvent A (especially in a dilute solution), osmotic coefficient of the solvent A (especially in a dilute solution), standard absolute activity of solvent A (especially in a dilute solution)	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	64	catalytic activity	1M		KAT	katal	s⁻¹ x mol	kat	A unit of catalytic activity defining the catalytic activity of enzymes and other catalysts.
08	Physical Chemistry and Molecular Physics	65	catalytic activity	1S		E94	kilomole per second	10³ s⁻¹ x mol	kmol/s
08	Physical Chemistry and Molecular Physics	66	catalytic activity	2		P45	pound mole per second	4,535 924 x 10² mol/s	lbmol/s	Non SI-conforming unit of the power of the amount of substance non-SI compliant unit of the molar flux relating that a pound mole of a chemical composition the same number of pound corresponds like the molecular weight of a molecule of this composition in atomic mass units.
08	Physical Chemistry and Molecular Physics	67	catalytic activity	2		P46	pound mole per minute	7,559 873 mol/s	lbmol/h	Non SI-conforming unit of the power of the amount of substance non-SI compliant unit of the molar flux relating that a pound mole of a chemical composition the same number of pound corresponds like the molecular weight of a molecule of this composition in atomic mass units.
08	Physical Chemistry and Molecular Physics	68	stoichiometric number of B	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	69	mass of molecule	1		KGM	kilogram	kg	kg	A unit of mass equal to one thousand grams.
08	Physical Chemistry and Molecular Physics	70	mass of molecule	1		D43	unified atomic mass unit	1,660 538 782 x 10⁻²⁷ kg	u
08	Physical Chemistry and Molecular Physics	71	electric dipole moment of molecule	1		A26	coulomb metre	A x s x m	C·m
08	Physical Chemistry and Molecular Physics	72	electric polarizability of a molecule	1		A27	coulomb metre squared per volt	A² x s⁴/kg	C·m²/V
08	Physical Chemistry and Molecular Physics	73	microcanonical partition function, canonical partition function, grand-canonical partition function, grand partition function, molecular partition function, partition function of a molecule	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	74	statistical weight	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	75	Boltzmann constant	1		JE	joule per kelvin	J/K	J/K
08	Physical Chemistry and Molecular Physics	76	mean free path	1		MTR	metre	m	m
08	Physical Chemistry and Molecular Physics	77	diffusion coefficient	1		S4	square metre per second	m²/s	m²/s	Synonym: metre squared per second (square metres/second US)
08	Physical Chemistry and Molecular Physics	78	thermal diffusion ratio, thermal diffusion factor	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	79	thermal diffusion coefficient	1		S4	square metre per second	m²/s	m²/s	Synonym: metre squared per second (square metres/second US)
08	Physical Chemistry and Molecular Physics	80	proton number	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	81	elementary charge	1		COU	coulomb	A x s	C
08	Physical Chemistry and Molecular Physics	82	charge number of ion	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	83	Faraday constant	1		A32	coulomb per mole	A x s/mol	C/mol
08	Physical Chemistry and Molecular Physics	84	electrolytic conductivity	1		D10	siemens per metre	S/m	S/m
08	Physical Chemistry and Molecular Physics	85	molar conductivity	1		D12	siemens square metre per mole	S x m²/mol	S·m²/mol
08	Physical Chemistry and Molecular Physics	86	molar flux	1S		K58	kilomole per hour	2,777 78 x 10⁻¹ mol/s	kmol/h
08	Physical Chemistry and Molecular Physics	87	molar flux	1S		K61	kilomole per minute	16,666 7 mol/s	kmol/min
08	Physical Chemistry and Molecular Physics	88	molar flux	1S		L23	mole per hour	2,777 78 x 10⁻⁴ mol/s	mol/h
08	Physical Chemistry and Molecular Physics	89	molar flux	1S		L30	mole per minute	1,666 67 x 10⁻² mol/s	mol/min
08	Physical Chemistry and Molecular Physics	90	transport number of ion B, current fraction of ion B	1		C62	one	1	1	Synonym: unit
08	Physical Chemistry and Molecular Physics	91	angle of optical rotation	1		C81	radian	rad	rad
08	Physical Chemistry and Molecular Physics	92	molar optical rotatory power	1		C82	radian square metre per mole	rad x m²/mol	rad·m²/mol
08	Physical Chemistry and Molecular Physics	93	massic optical, rotatory power, specific optical rotatory power	1		C83	radian square metre per kilogram	rad x m²/kg	rad·m²/kg
08	Physical Chemistry and Molecular Physics	94	magnetic dipole moment	1S		P49	newton square metre per ampere	m³ x kg x s⁻² x A⁻¹	N·m²/A	Product of the derived SI unit newton and the power of SI base unit metre with exponent 2 divided by the SI base unit ampere.
08	Physical Chemistry and Molecular Physics	95	magnetic dipole moment	1S		P50	weber metre	m³ x kg x s⁻² x A⁻¹	Wb·m	Product of the derived SI unit weber and SI base unit metre.
08	Physical Chemistry and Molecular Physics	96	acidity and alkalinity	2		Q30	pH (potential of Hydrogen)	-log10(mol/l)	pH	The activity of the (solvated) hydrogen ion (a logarithmic measure used to state the acidity or alkalinity of a chemical solution).
09	Atomic and Nuclear Physics	2	proton number, atomic number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	3	neutron number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	4	nucleon number, mass number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	5	mass of atom (of a nuclide x), nuclidic mass	1		KGM	kilogram	kg	kg	A unit of mass equal to one thousand grams.
09	Atomic and Nuclear Physics	6	mass of atom (of a nuclide x), nuclidic mass, unified atomic mass constant	1		D43	unified atomic mass unit	1,660 538 782 x 10⁻²⁷ kg	u
09	Atomic and Nuclear Physics	7	(rest) mass of electron, (rest) mass of proton, (rest) mass of neutron	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	8	mass excess	1		KGM	kilogram	kg	kg	A unit of mass equal to one thousand grams.
09	Atomic and Nuclear Physics	9	mass defect	1		D43	unified atomic mass unit	1,660 538 782 x 10⁻²⁷ kg	u
09	Atomic and Nuclear Physics	10	relative mass excess, relative mass defect	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	11	packing fraction, binding fraction	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	12	elementary charge	1		COU	coulomb	A x s	C
09	Atomic and Nuclear Physics	13	Planck constant	1		B18	joule second	J x s	J·s
09	Atomic and Nuclear Physics	14	Bohr radius	1		MTR	metre	m	m
09	Atomic and Nuclear Physics	15	Bohr radius	1		A11	angstrom	10⁻¹⁰ m	Å
09	Atomic and Nuclear Physics	16	Rydberg constant	1		C92	reciprocal metre	m⁻¹	m⁻¹
09	Atomic and Nuclear Physics	17	Hartree energy	1		JOU	joule	J	J
09	Atomic and Nuclear Physics	18	magnetic moment of particle, Bohr magneton, nuclear magneton ornucleus	1		A5	ampere square metre	A x m²	A·m²
09	Atomic and Nuclear Physics	19	gyromagnetic coefficient, (gyromagnetic ratio)	1		A10	ampere square metre per joule second	(A x s)/kg	A·m²/(J·s)
09	Atomic and Nuclear Physics	20	g-factor of atom or electron, g-factor of nucleus	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	21	Larmor angular frequency	1		C97	reciprocal second	s⁻¹	s⁻¹
09	Atomic and Nuclear Physics	22	nuclear precession, cyclotron angular frequency	1		2A	radian per second	rad/s	rad/s	Refer ISO/TC12 SI Guide
09	Atomic and Nuclear Physics	23	nuclear quadrupole moment	1		MTK	square metre	m²	m²
09	Atomic and Nuclear Physics	24	nuclear radius, electron radius, Compton wavelength	1		MTR	metre	m	m
09	Atomic and Nuclear Physics	25	orbital angular momentum quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	26	spin angular momentum quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	27	total angular momentum quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	28	nuclear spin quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	29	hyperfine structure quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	30	principle quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	31	magnetic quantum number	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	32	fine structure constant	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	33	mean life, half life	1		SEC	second [unit of time]	s	s
09	Atomic and Nuclear Physics	34	level width, alpha disintegration energy	1		JOU	joule	J	J
09	Atomic and Nuclear Physics	35	maximum beta particle energy, beta disintegration energy	1		A53	electronvolt	1,602 176 487 x 10⁻¹⁹ J	eV
09	Atomic and Nuclear Physics	36	internal conversion factor	1		C62	one	1	1	Synonym: unit
09	Atomic and Nuclear Physics	37	activity	2		CUR	curie	3,7 x 10¹⁰ Bq	Ci
09	Atomic and Nuclear Physics	38	activity	2S		MCU	millicurie	3,7 x 10⁷ Bq	mCi
09	Atomic and Nuclear Physics	39	activity	2S		M5	microcurie	3,7 x 10⁴ Bq	µCi
09	Atomic and Nuclear Physics	40	activity	2S		2R	kilocurie	3,7 x 10¹³ Bq	kCi
09	Atomic and Nuclear Physics	41	activity	1		BQL	becquerel	27,027 x 10⁻¹² Ci	Bq
09	Atomic and Nuclear Physics	42	activity	1M		GBQ	gigabecquerel	10⁹ Bq	GBq
09	Atomic and Nuclear Physics	43	activity	1S		2Q	kilobecquerel	10³ Bq	kBq
09	Atomic and Nuclear Physics	44	activity	1S		4N	megabecquerel	10⁶ Bq	MBq
09	Atomic and Nuclear Physics	45	activity	1M		H08	microbecquerel	10⁻⁶ Bq	µBq
09	Atomic and Nuclear Physics	46	specific activity in a sample	2		A42	curie per kilogram	3,7 x 10¹⁰ Bq/kg	Ci/kg
09	Atomic and Nuclear Physics	47	specific activity in a sample	1		A18	becquerel per kilogram	27,027 x 10⁻¹² Ci/kg	Bq/kg
09	Atomic and Nuclear Physics	48	specific activity in a sample	1S		B67	megabecquerel per kilogram	10⁶ Bq/kg	MBq/kg
09	Atomic and Nuclear Physics	49	specific activity in a sample	1S		B25	kilobecquerel per kilogram	10³ Bq/kg	kBq/kg
09	Atomic and Nuclear Physics	50	volumic activity, activity concentration	1		A19	becquerel per cubic metre	Bq/m³	Bq/m³
09	Atomic and Nuclear Physics	51	decay constant, disintegration constant	1		C97	reciprocal second	s⁻¹	s⁻¹
10	Nuclear Reactions and Ionizing Radiations	2	reaction energy	1		JOU	joule	J	J
10	Nuclear Reactions and Ionizing Radiations	3	resonance energy	1		A53	electronvolt	1,602 176 487 x 10⁻¹⁹ J	eV
10	Nuclear Reactions and Ionizing Radiations	4	average energy loss per ion, pair formed, (average energy loss per elementary charge of the same sign produced)	2	D	A57	erg	10⁻⁷J	erg
10	Nuclear Reactions and Ionizing Radiations	5	cross-section	1		MTK	square metre	m²	m²
10	Nuclear Reactions and Ionizing Radiations	6	total cross-section	1		A14	barn	10⁻²⁸ m²	b
10	Nuclear Reactions and Ionizing Radiations	7	angular cross-section	1		D24	square metre per steradian	m²/sr	m²/sr
10	Nuclear Reactions and Ionizing Radiations	8	angular cross-section	1		A17	barn per steradian	1 x 10⁻²⁸ m²/sr	b/sr
10	Nuclear Reactions and Ionizing Radiations	9	spectral cross-section	1		D20	square metre per joule	m²/J	m²/J
10	Nuclear Reactions and Ionizing Radiations	10	spectral cross-section	1		A15	barn per electronvolt	6,241 51 x 10⁻¹⁰ m²/J	b/eV
10	Nuclear Reactions and Ionizing Radiations	11	spectral cross-section	2		D16	square centimetre per erg	10³ m²/J	cm²/erg
10	Nuclear Reactions and Ionizing Radiations	12	spectral angular cross-section	1		D25	square metre per steradian joule	m²/(sr x J)	m²/(sr·J)
10	Nuclear Reactions and Ionizing Radiations	13	spectral angular cross-section	1		A16	barn per steradian electronvolt	6,241 51 x 10⁻¹⁰ m²/(sr xJ)	b/(sr·eV)
10	Nuclear Reactions and Ionizing Radiations	14	spectral angular cross-section	2		D17	square centimetre per steradian erg	10³ m²/(sr x J)	cm²/(sr·erg)
10	Nuclear Reactions and Ionizing Radiations	15	macroscopic cross-section, volumic cross-section, volumic total cross-section, macroscopic total cross-section	1		C92	reciprocal metre	m⁻¹	m⁻¹
10	Nuclear Reactions and Ionizing Radiations	16	particle fluence	1		C93	reciprocal square metre	m⁻²	m⁻²	Synonym: reciprocal metre squared
10	Nuclear Reactions and Ionizing Radiations	17	particle fluence rate, (partical flux density), neutron fluence rate, (neutronflux density), current density of particles	1		B81	reciprocal metre squared reciprocal second	m⁻²/s	m⁻²/s
10	Nuclear Reactions and Ionizing Radiations	18	energy fluence	1		B13	joule per square metre	J/m²	J/m²	Synonym: joule per metre squared
10	Nuclear Reactions and Ionizing Radiations	19	energy fluence rate, (energy flux density)	1		D54	watt per square metre	W/m²	W/m²
10	Nuclear Reactions and Ionizing Radiations	20	energy fluence rate, (energy flux density)	2	D	A65	erg per square centimetre second	10⁻³ W/m²	erg/(cm²·s)
10	Nuclear Reactions and Ionizing Radiations	21	linear attenuation coefficient	1		C92	reciprocal metre	m⁻¹	m⁻¹
10	Nuclear Reactions and Ionizing Radiations	22	mass attenuation coefficient	1		D21	square metre per kilogram	m²/kg	m²/kg
10	Nuclear Reactions and Ionizing Radiations	23	molar attenuation coefficient	1		D22	square metre per mole	m²/mol	m²/mol
10	Nuclear Reactions and Ionizing Radiations	24	atomic attenuation coefficient	1		MTK	square metre	m²	m²
10	Nuclear Reactions and Ionizing Radiations	25	slowing down area, diffusion area, migration area	1		MTK	square metre	m²	m²
10	Nuclear Reactions and Ionizing Radiations	26	half-thickness, half-value thickness	1		MTR	metre	m	m
10	Nuclear Reactions and Ionizing Radiations	27	mean linear range, mean free path	1		MTR	metre	m	m
10	Nuclear Reactions and Ionizing Radiations	28	slowing-down length, diffusion length, migration length	1		MTR	metre	m	m
10	Nuclear Reactions and Ionizing Radiations	29	neutron yield per fission, neutron yield per absorption	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	30	fast fission factor	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	31	thermal utilization factor	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	32	non leakage probability	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	33	multiplication factor, infinite medium multiplication factor, effective multiplication factor	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	34	diffusion coefficient for neutron fluence rate, (diffusion coefficient for neutron flux density)	1		MTR	metre	m	m
10	Nuclear Reactions and Ionizing Radiations	35	total linear stopping power	1		B12	joule per metre	J/m	J/m
10	Nuclear Reactions and Ionizing Radiations	36	total linear stopping power	1		A54	electronvolt per metre	1,602 176 487 x 10⁻¹⁹ J/m	eV/m
10	Nuclear Reactions and Ionizing Radiations	37	total linear stopping power	2	D	A58	erg per centimetre	10⁻⁵ J/m	erg/cm
10	Nuclear Reactions and Ionizing Radiations	38	total atomic stopping power	1		D73	joule square metre	J x m²	J·m²
10	Nuclear Reactions and Ionizing Radiations	39	total atomic stopping power	1		A55	electronvolt square metre	1,602 176 487 x 10⁻¹⁹ J x m²	eV·m²
10	Nuclear Reactions and Ionizing Radiations	40	total atomic stopping power	2	D	A66	erg square centimetre	10⁻¹¹ J x m²	erg·cm²
10	Nuclear Reactions and Ionizing Radiations	41	total mass stopping power	1		B20	joule square metre per kilogram	J x m²/kg	J·m²/kg
10	Nuclear Reactions and Ionizing Radiations	42	total mass stopping power	1		A56	electronvolt square metre per kilogram	1,602 176 487 x 10⁻¹⁹ J x m²/kg	eV·m²/kg
10	Nuclear Reactions and Ionizing Radiations	43	total mass stopping power	2	D	A67	erg square centimetre per gram	10⁻⁸ J x m²/kg	erg·cm²/g
10	Nuclear Reactions and Ionizing Radiations	44	mean mass range	1		28	kilogram per square metre	kg/m²	kg/m²
10	Nuclear Reactions and Ionizing Radiations	45	linear ionization by a particle, total ionization by a particle	1		C92	reciprocal metre	m⁻¹	m⁻¹
10	Nuclear Reactions and Ionizing Radiations	46	mobility	1		D26	square metre per volt second	m²/(V x s)	m²/(V·s)
10	Nuclear Reactions and Ionizing Radiations	47	mobility	1		H58	metre per volt second	m⁻¹ x kg⁻¹ x s² x A	m/(V·s)
10	Nuclear Reactions and Ionizing Radiations	48	ion number density, ion density, neutron number density	1		C86	reciprocal cubic metre	m⁻³	m⁻³
10	Nuclear Reactions and Ionizing Radiations	49	recombination coefficient	1		MQS	cubic metre per second	m³/s	m³/s
10	Nuclear Reactions and Ionizing Radiations	50	neutron speed	1		MTS	metre per second	m/s	m/s
10	Nuclear Reactions and Ionizing Radiations	51	diffusion coefficient, diffusion coefficient for neutron number density	1		S4	square metre per second	m²/s	m²/s	Synonym: metre squared per second (square metres/second US)
10	Nuclear Reactions and Ionizing Radiations	52	neutron source density	1	X	C98	reciprocal second per cubic metre	s⁻¹/m³	s⁻¹/m³
10	Nuclear Reactions and Ionizing Radiations	53	slowing down density	1		C87	reciprocal cubic metre per second	m⁻³/s	m⁻³/s	Synonym: reciprocal second per cubic metre
10	Nuclear Reactions and Ionizing Radiations	54	resonance escape probability	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	55	lethargy	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	56	average logarithmic energy decrement	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	57	reactivity	1		C62	one	1	1	Synonym: unit
10	Nuclear Reactions and Ionizing Radiations	58	reactor time constant	1		SEC	second [unit of time]	s	s
10	Nuclear Reactions and Ionizing Radiations	59	activity	1		BQL	becquerel	27,027 x 10⁻¹² Ci	Bq
10	Nuclear Reactions and Ionizing Radiations	60	activity	2		CUR	curie	3,7 x 10¹⁰ Bq	Ci
10	Nuclear Reactions and Ionizing Radiations	61	energy imparted, mean energy imparted	1		JOU	joule	J	J
10	Nuclear Reactions and Ionizing Radiations	62	specific energy imparted, massic energy imparted	1		A95	gray	m²/s²	Gy
10	Nuclear Reactions and Ionizing Radiations	63	specific energy imparted, massic energy imparted	1S		C13	milligray	10⁻³ Gy	mGy
10	Nuclear Reactions and Ionizing Radiations	64	absorbed dose	2		C80	rad	10⁻² Gy	rad
10	Nuclear Reactions and Ionizing Radiations	65	kerma	2	D	A61	erg per gram	10⁻⁴ J/kg	erg/g
10	Nuclear Reactions and Ionizing Radiations	66	dose equivalent	1		D13	sievert	m²/s²	Sv
10	Nuclear Reactions and Ionizing Radiations	67	dose equivalent	1S		C28	millisievert	10⁻³ Sv	mSv
10	Nuclear Reactions and Ionizing Radiations	68	dose equivalent	2		D91	rem	10⁻² Sv	rem
10	Nuclear Reactions and Ionizing Radiations	69	dose equivalent	2		L31	milliroentgen aequivalent men	10⁻⁵ Sv	mrem
10	Nuclear Reactions and Ionizing Radiations	70	absorbed dose rate	1		A96	gray per second	m²/s³	Gy/s
10	Nuclear Reactions and Ionizing Radiations	71	kerma rate	2	D	A62	erg per gram second	10⁻⁴ W/kg	erg/g·s
10	Nuclear Reactions and Ionizing Radiations	72	linear energy transfer	1		B12	joule per metre	J/m	J/m
10	Nuclear Reactions and Ionizing Radiations	73	linear energy transfer	1		A54	electronvolt per metre	1,602 176 487 x 10⁻¹⁹ J/m	eV/m
10	Nuclear Reactions and Ionizing Radiations	74	linear energy transfer	2	D	A58	erg per centimetre	10⁻⁵ J/m	erg/cm
10	Nuclear Reactions and Ionizing Radiations	75	mass energy transfer coefficient	1		D21	square metre per kilogram	m²/kg	m²/kg
10	Nuclear Reactions and Ionizing Radiations	76	exposure	1		CKG	coulomb per kilogram	A x s/kg	C/kg
10	Nuclear Reactions and Ionizing Radiations	77	exposure	1S		C8	millicoulomb per kilogram	10⁻³ C/kg	mC/kg
10	Nuclear Reactions and Ionizing Radiations	78	exposure	2		2C	roentgen	2,58 x 10⁻⁴ C/kg	R
10	Nuclear Reactions and Ionizing Radiations	79	exposure	2		2Y	milliroentgen	2,58 x 10⁻⁷ C/kg	mR
10	Nuclear Reactions and Ionizing Radiations	80	exposure	2		J53	coulomb square metre per kilogram	C x m²/kg	C·m²/kg
10	Nuclear Reactions and Ionizing Radiations	81	exposure	2		KR	kiloroentgen	2,58 x 10⁻¹ C/kg	kR
10	Nuclear Reactions and Ionizing Radiations	82	exposure rate	1		A31	coulomb per kilogram second	A/kg	C/(kg·s)
10	Nuclear Reactions and Ionizing Radiations	83	exposure rate	2		D6	roentgen per second	2,58 x 10⁻⁴ C/(kg x s)	R/s
10	Nuclear Reactions and Ionizing Radiations	84	absorbed dose rate	1M		P54	milligray per second	10⁻³ Gy/s	mGy/s	0,001-fold of the derived SI unit gray divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	85	absorbed dose rate	1M		P55	microgray per second	10⁻⁶ Gy/s	µGy/s	0,000 001-fold of the derived SI unit gray divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	86	absorbed dose rate	1M		P56	nanogray per second	10⁻⁹ Gy/s	nGy/s	0,000 000 001-fold of the derived SI unit gray divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	87	absorbed dose rate	1M		P57	gray per minute	1,666 67 × 10⁻² Gy/s	Gy/min	SI derived unit gray divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	88	absorbed dose rate	1M		P58	milligray per minute	1,666 67 × 10⁻⁵ Gy/s	mGy/min	0,001-fold of the derived SI unit gray divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	89	absorbed dose rate	1M		P59	microgray per minute	1,666 67 × 10⁻⁸ Gy/s	µGy/min	0,000 001-fold of the derived SI unit gray divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	90	absorbed dose rate	1M		P60	nanogray per minute	1,666 67 × 10⁻¹¹ Gy/s	nGy/min	0,000 000 001-fold of the derived SI unit gray divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	91	absorbed dose rate	1M		P61	gray per hour	2,777 78 × 10⁻⁴ Gy/s	Gy/h	SI derived unit gray divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	92	absorbed dose rate	1M		P62	milligray per hour	2,777 78 × 10⁻⁷ Gy/s	mGy/h	0,001-fold of the derived SI unit gray divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	93	absorbed dose rate	1M		P63	microgray per hour	2,777 78 × 10⁻¹⁰ Gy/s	µGy/h	0,000 001-fold of the derived SI unit gray divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	94	absorbed dose rate	1M		P64	nanogray per hour	2,777 78 × 10⁻¹³ Gy/s	nGy/h	0,000 000 001-fold of the derived SI unit gray divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	95	equivalence dose output	2		P65	sievert per second	Sv/s	Sv/s	Derived SI unit sievert divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	96	equivalence dose output	2		P66	millisievert per second	10⁻³ Sv/s	mSv/s	0,001-fold of the derived SI unit sievert divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	97	equivalence dose output	2		P67	microsievert per second	10⁻⁶ Sv/s	µSv/s	0,000 001-fold of the derived SI unit sievert divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	98	equivalence dose output	2		P68	nanosievert per second	10⁻⁹ Sv/s	nSv/s	0,000 000 001-fold of the derived SI unit sievert divided by the SI base unit second.
10	Nuclear Reactions and Ionizing Radiations	99	equivalence dose output	2		P69	rem per second	10⁻² Sv/s	rem/s	Unit for the equivalent tin rate relating to DIN 1301-3:1979: 1 rem/s = 0,01 J/(kg·s) = 1 Sv/s.
10	Nuclear Reactions and Ionizing Radiations	100	equivalence dose output	2		P70	sievert per hour	2,777 78 × 10⁻⁴ Sv/s	Sv/h	Derived SI unit sievert divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	101	equivalence dose output	2		P71	millisievert per hour	0,277 777 778 × 10⁻⁷ Sv/s	mSv/h	0,001-fold of the derived SI unit sievert divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	102	equivalence dose output	2		P72	microsievert per hour	0,277 777 778 × 10⁻¹⁰ Sv/s	µSv/h	0,000 001-fold of the derived SI unit sievert divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	103	equivalence dose output	2		P73	nanosievert per hour	0,277 777 778 × 10⁻¹³ Sv/s	nSv/h	0,000 000 001-fold of the derived SI unit sievert divided by the unit hour.
10	Nuclear Reactions and Ionizing Radiations	104	equivalence dose output	2		P74	sievert per minute	0,016 666 Sv/s	Sv/min	Derived SI unit sievert divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	105	equivalence dose output	2		P75	millisievert per minute	1,666 666 667 × 10⁻⁵ Sv/s	mSv/min	0,001-fold of the derived SI unit sievert divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	106	equivalence dose output	2		P76	microsievert per minute	1,666 666 667 × 10⁻⁸ Sv/s	µSv/min	0,000 001-fold of the derived SI unit sievert divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	107	equivalence dose output	2		P77	nanosievert per minute	1,666 666 667 × 10⁻¹¹ Sv/s	nSv/min	0,000 000 001-fold of the derived SI unit sievert divided by the unit minute.
10	Nuclear Reactions and Ionizing Radiations	108	particle fluence	2		P78	reciprocal square inch	1,550 003 x 10³ m⁻²	1/in²	Complement of the power of the unit inch according to the Anglo-American and Imperial system of units by exponent 2.
11	Characteristic Numbers (dimensionless parameters)	2	Reynolds number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	3	Euler number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	4	Froude number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	5	Grashof number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	6	Weber number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	7	Mach number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	8	Knudsen number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	9	Strouhal number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	10	Fourier number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	11	Peclet number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	12	Rayleigh number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	13	Nusselt number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	14	Stanton number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	15	Fourier number for mass transfer	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	16	Peclet number for mass transfer	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	17	Grashof number for mass transfer	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	18	Nusselt number for mass transfer	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	19	Stanton number for mass transfer	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	20	Prandtl number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	21	Schmidt number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	22	Lewis number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	23	magnetic Reynolds number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	24	Alfven number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	25	Hartmann number	1		C62	one	1	1	Synonym: unit
11	Characteristic Numbers (dimensionless parameters)	26	Cowling number	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	2	mobility ratio	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	3	lattice vector, fundamental lattice vector	1		MTR	metre	m	m
12	Solid State Physics	4	lattice plane spacing, Burgers vector	1		A11	angstrom	10⁻¹⁰ m	Å
12	Solid State Physics	5	Bragg angle	1		C81	radian	rad	rad
12	Solid State Physics	6	Bragg angle	1		DD	degree [unit of angle]	1,745 329 x 10⁻² rad	°
12	Solid State Physics	7	order of reflexion	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	8	short-range order parameter, long-range order parameter	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	9	relaxation time, carrier life time	1		SEC	second [unit of time]	s	s
12	Solid State Physics	10	magnetic flux quantum	1		WEB	weber	Wb	Wb
12	Solid State Physics	11	magnetic flux quantum	2		P53	unit pole	1,256 637 x 10⁻⁷ Wb	unit pole	CGS (Centimetre-Gram-Second system) unit for magnetic flux of a magnetic pole (according to the interaction of identical poles of 1 dyn at a distance of a cm).
12	Solid State Physics	12	particle position vector, equilibrium position vector of ion or atom, displacement vector of ion or atom	1		MTR	metre	m	m
12	Solid State Physics	13	Debye-Walle factor	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	14	mean free path of phonons or electrons, London penetration depth, coherence length, diffusion length	1		MTR	metre	m	m
12	Solid State Physics	15	angular repetency, angular wave number	1		C92	reciprocal metre	m⁻¹	m⁻¹
12	Solid State Physics	16	Fermi angular repetency, Fermi angular wave number	1		C85	reciprocal angstrom	10¹⁰ m⁻¹	Å⁻¹
12	Solid State Physics	17	Debye angular repetency, Debye angular wave number	1		C84	radian per metre	rad/m	rad/m
12	Solid State Physics	18	angular reciprocal lattice vector, fundamental reciprocal lattice vector	1		C92	reciprocal metre	m⁻¹	m⁻¹
12	Solid State Physics	19	Debye angular frequency	1		2A	radian per second	rad/s	rad/s	Refer ISO/TC12 SI Guide
12	Solid State Physics	20	Debye angular frequency	1		C97	reciprocal second	s⁻¹	s⁻¹
12	Solid State Physics	21	Debye temperature, Curie temperature, Néel temperature, Fermi temperature, Super conductor transition temperature	1		KEL	kelvin	K	K	Refer ISO 80000-5 (Quantities and units — Part 5: Thermodynamics)
12	Solid State Physics	22	spectral concentration of vibrational modes (in terms of angular frequency)	1		D94	second per cubic metre radian	s/(rad x m³)	s/(rad·m³)
12	Solid State Physics	23	Grüneisen parameter	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	24	Madelung constant	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	25	Landau-Ginzburg number	1		C62	one	1	1	Synonym: unit
12	Solid State Physics	26	density of states	1		C90	reciprocal joule per cubic metre	J⁻¹/m³	J⁻¹/m³
12	Solid State Physics	27	density of states	1		C88	reciprocal electron volt per cubic metre	6,241 46 x 10¹⁸ J⁻¹/m³	eV⁻¹/m³
12	Solid State Physics	28	residual resistivity	1		C61	ohm metre	Ω x m	Ω·m
12	Solid State Physics	29	Hall coefficient	1		A38	cubic metre per coulomb	m³/A x s	m³/C
12	Solid State Physics	30	thermoelectromotive force between substances a and b, Peltier coefficient for substances a and b	1		VLT	volt	V	V
12	Solid State Physics	31	thermodynamic critical magnetic flux density, lower critical magnetic flux density, upper critical magnetic flux density	1		D33	tesla	T	T
12	Solid State Physics	32	Seebeck coefficient for substances a and b	1		D48	volt per kelvin	V/K	V/K
12	Solid State Physics	33	Thompson coefficient	1S		D49	millivolt per kelvin	10⁻³ V/K	mV/K
12	Solid State Physics	34	work function	1		JOU	joule	J	J
12	Solid State Physics	35	Fermi energy	1		A53	electronvolt	1,602 176 487 x 10⁻¹⁹ J	eV
12	Solid State Physics	36	gap energy	1S		A70	femtojoule	10⁻¹⁵ J	fJ
12	Solid State Physics	37	donor ionization energy, acceptor ionization energy, exchange intergral, superconductor energy gap, electron affinity	1S		A13	attojoule	10⁻¹⁸ J	aJ
12	Solid State Physics	38	Richardson constant	1		A6	ampere per square metre kelvin squared	A/(m² x K²)	A/(m²·K²)
12	Solid State Physics	39	electron number density, volumic electron number, hole number density, volumic hole number, donor number density, volumic donor number, intrinsic number density, volumic intrinsis number, acceptor number density, volumic acceptor number	1		C86	reciprocal cubic metre	m⁻³	m⁻³
12	Solid State Physics	40	effective mass	1		KGM	kilogram	kg	kg	A unit of mass equal to one thousand grams.
13	Miscellaneous	2	burst index	1M		33	kilopascal square metre per gram	10⁶ m/s²	kPa·m²/g
13	Miscellaneous	3	burst index	1		P79	pascal square metre per kilogram	m/s²	Pa/(kg/m²)	Unit of the burst index as derived unit for pressure pascal related to the substance, represented as a quotient from the SI base unit kilogram divided by the power of the SI base unit metre by exponent 2.
13	Miscellaneous	4	hardness index	1M		34	kilopascal per millimetre	10⁶ kg/(m² x s²)	kPa/mm
13	Miscellaneous	5	hardness index	1M		H42	pascal per metre	m⁻² kg x s⁻²	Pa/m
13	Miscellaneous	6	hardness index	1M		H69	picopascal per kilometre	10⁻¹⁵ m⁻² x kg x s⁻²	pPa/km
13	Miscellaneous	7	hardness index	1M		P80	millipascal per metre	10⁻³ kg/(m² x s²)	mPa/m	0,001-fold of the derived SI unit pascal divided by the SI base unit metre.
13	Miscellaneous	8	hardness index	1M		P81	kilopascal per metre	10³ kg/(m² x s²)	kPa/m	1000-fold of the derived SI unit pascal divided by the SI base unit metre.
13	Miscellaneous	9	hardness index	1M		P82	hectopascal per metre	10² kg/(m² x s²)	hPa/m	100-fold of the derived SI unit pascal divided by the SI base unit metre.
13	Miscellaneous	10	hardness index	2		P83	standard atmosphere per metre	1,013 25 x 10⁵ kg/(m² x s²)	Atm/m	Outdated unit of the pressure divided by the SI base unit metre.
13	Miscellaneous	11	hardness index	2		P84	technical atmosphere per metre	9,806 65 x 10⁴ kg/(m² x s²)	at/m	Obsolete and non-legal unit of the pressure which is generated by a 10 metre water column divided by the SI base unit metre.
13	Miscellaneous	12	hardness index	2		P85	torr per metre	1,333 224 x 10² kg/(m² x s²)	Torr/m	CGS (Centimetre-Gram-Second system) unit of the pressure divided by the SI base unit metre.
13	Miscellaneous	13	hardness index	2		P86	psi per inch	2,714 471 x 10⁵ kg/(m² x s²)	psi/in	Compound unit for pressure (pound-force according to the Anglo-American unit system divided by the power of the unit inch according to the Anglo-American and Imperial system of units with the exponent 2) divided by the unit inch according to the Anglo-American and Imperial system of units .
13	Miscellaneous	14	porosity	1M		35	millilitre per square centimetre second	10⁻² m/s	ml/(cm²·s)
13	Miscellaneous	15	porosity	1M	X	36	cubic foot per minute per square foot		ft³/(min/ft²)	Conversion factor required
13	Miscellaneous	16	porosity	1M		P87	cubic metre per second square metre	m/s	(m³/s)/m²	Unit of volume flow cubic meters by second related to the transmission surface in square metres.
02	Periodic and related phenomena	26	frequency	2		OPM	oscillations per minute	1.667 x 10-2 /s	o/min	The number of oscillation per minute
03	Mechanics	577	pressure, normal stress, shear stress, modulus of elasticity,shear modulus, modulus of rigidity, bulk modulus, modulus of compression	1S		KNM	kilonewton per square metre	103pascal	KN/m2
03	Mechanics	578	Power flow rate	1M		Q35	megawatts per minute	1.667 × 104 W/s	MW/min	A unit of power defining the total amount of bulk energy transferred or consumer per minute