Appendix of Dimensions

Dimensional Listing

specific length

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
typp	specific length	specific length	(0,1,-1)	meter per kilogram	RR

fluidity

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
fluidity	fluidity	fluidity	(1,1,-1)	per pascal second	CRC F98
rhe	fluidity	fluidity	(1,1,-1)	per pascal second	CRC F98, F357; M 1-24; RR

permeability

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
brewster	.	permeability	(2,1,-1)	sq meter per newton	RR
compliance tensor	compressibility	permeability	(2,1,-1)	sq meter per newton	AIP 40
compressibility	compressibility	permeability	(2,1,-1)	sq meter per newton	AIP 45; CRC E110, F12, F86, F87; Sz 676
magnetic permeability	magnetic permeability	permeability	(2,1,-1)	henry per meter	CRC F111, F364
magnetic susceptibility	magnetic permeability	permeability	(2,1,-1)	henry per meter	CRC F127
permeability (1)	magnetic permeability	permeability	(2,1,-1)	henry per meter	AIP 45; CRC F215; M 15-4; Sz 58, 681
specific vapor capacity	.	permeability	(2,1,-1)	.	CRC F363
vapor capacity	.	permeability	(2,1,-1)	.	CRC F365

specific area

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
mass attenuation coefficient	mass attenuation	specific area	(0,2,-1)	sq meter per kilogram	AIP 45; CRC F360; Sz 59
mass energy absorption coefficient	.	specific area	(0,2,-1)	.	CRC F360
mass energy transfer coefficient	.	specific area	(0,2,-1)	.	CRC F360
specific rotation (1)	polarization rotation	specific area	(0,2,-1)	radian specific-volume per meter	CRC C705, F126

resistance

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
capacitive reactance	i resistance	resistance	(1,2,-1)	ohm	M 15-3
electric resistance	resistance	resistance	(1,2,-1)	ohm	CRC F134, F283, F313; M 1-18; MH 2416
impedance	impedance	resistance	(1,2,-1)	ohm	CRC F104; M 15-3; Sz 58, 679
inductive reactance	i resistance	resistance	(1,2,-1)	ohm	M 15-3
ohm	resistance	resistance	(1,2,-1)	ohm	CRC F116, F134, F283, F313; M 1-18
reactance	i resistance	resistance	(1,2,-1)	ohm	Sz 58, 678
resistance	resistance	resistance	(1,2,-1)	ohm	AQ 28; CRC F122, F313; M 15-3

inductance

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
henry	inductance	inductance	(2,2,-1)	henry	CRC F103, F134, F283, F313; M 1-18; MH 2416
inductance	inductance	inductance	(2,2,-1)	henry	AQ 28; CRC F134, F283, F313; M 1-18; MH 2416
magnetic permeance	magnetic permeance	inductance	(2,2,-1)	henry	Sz 58, 679
mutual inductance	inductance	inductance	(2,2,-1)	henry	AIP 42; M 15-3
permeance (1)	magnetic permeance	inductance	(2,2,-1)	henry	AQ 28; M 15-4
self-inductance	inductance	inductance	(2,2,-1)	henry	AIP 42

specific volume

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
mass capacity	mass capacity	specific volume	(0,3,-1)	cu meter per kilogram	CRC F363, F365
solubility (1)	solubility	specific volume	(0,3,-1)	cu meter per kilogram	CRC B457
specific volume	specific volume	specific volume	(0,3,-1)	cu meter per kilogram	CRC F126, F302; M 3-52

resistivity

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
barrer	gas permeability	resistivity	(1,3,-1)	.	RR
hall coefficient	volume per charge	resistivity	(1,3,-1)	cu meter per coulomb	AIP 40
resistivity	resistivity	resistivity	(1,3,-1)	ohm meter	CRC B206, E95, F122; M 15-3; Sz 58, 678

mass concentration

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
cfu	.	mass concentration	(0,0,-1)	.	RR
heat capacity (3)	specific heat capacity	mass concentration	(0,0,-1)	joule per kilogram kelvin	CRC F363
humid heat	.	mass concentration	(0,0,-1)	.	CRC F363
molality	mass concentration	mass concentration	(0,0,-1)	mole per kilogram	AIP 39; CRC F113; Sz 59, 684
osmolal	mass concentration	mass concentration	(0,0,-1)	mole per kilogram	RR
specific entropy	per mass	mass concentration	(0,0,-1)	per kilogram	Sz 57, 674
specific heat (3)	specific heat	mass concentration	(0,0,-1)	joule per kilogram kelvin	CRC D174, D180, D181, E106, F10, F363
specific heat capacity	specific heat capacity	mass concentration	(0,0,-1)	joule per kilogram kelvin	AIP 38; CRC B205, E16, F64, F102, F302; M 1-18
specific molar heat capacity	specific heat	mass concentration	(0,0,-1)	joule per kilogram mole kelvin	CRC D175, F363
thermal capacity	per mass	mass concentration	(0,0,-1)	per kilogram	CRC D173, F102, F128

specific activity

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
mass radiation concentration	specific activity	specific activity	(-1,0,-1)	becquerel per kilogram	periodic table entry
specific activity	specific activity	specific activity	(-1,0,-1)	becquerel per kilogram	AIP 37
strontium unit	specific activity	specific activity	(-1,0,-1)	becquerel per kilogram	RR

transport diffusion

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
transport diffusion coefficient	transport diffusion	transport diffusion	(1,-1,-1)	mole per pascal sq meter second	Sz 59, 685

thermoelectric power

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
seebeck coefficient	.	thermoelectric power	(1,0,-1)	volt per kelvin	AIP 43
specific heat of electricity	.	thermoelectric power	(1,0,-1)	joules per coulomb kelvin	CRC F129
thermoelectric power	thermoelectric power	thermoelectric power	(1,0,-1)	volt per kelvin	CRC F128; [need confirming source]

thermal expansion

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
bulk expansion coefficient	.	thermal expansion	(2,-2,-1)	cu meter per cu meter kelvin	CRC F364
coefficient of tension	pressure increase	thermal expansion	(2,-2,-1)	per kelvin	CRC F86
cubic expansion coefficient	.	thermal expansion	(2,-2,-1)	per kelvin	AIP 44
linear thermal expansion coefficient	linear thermal expansion	thermal expansion	(2,-2,-1)	.	CRC F128; Sz 57, 676
mired	reciprocal kelvin	thermal expansion	(2,-2,-1)	per kelvin	RR
radiation chemical yield	.	thermal expansion	(2,-2,-1)	mole per joule	CRC F360
reciprocal kelvin	reciprocal kelvin	thermal expansion	(2,-2,-1)	per kelvin	RR
thermal expansion coefficient	thermal expansion coefficient	thermal expansion	(2,-2,-1)	per kelvin	CRC B213, E106, F64, F128
thermogradient coefficient	.	thermal expansion	(2,-2,-1)	.	CRC F364
volumetric thermal expansion coefficient	volumetric thermal expansiont	thermal expansion	(2,-2,-1)	.	CRC F128; Sz 57, 676

density of states

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
density of states	density of states	density of states	(2,-5,-1)	per cu meter joule	AIP 43

lorenz coefficient

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
lorenz coefficient	lorenz coefficient	lorenz coefficient	(2,0,-2)	sq volt per sq kelvin	AIP 42

second hyper-susceptibility

Measurement	Description	Fundamental Quantity	SP Dimensions	SI unit	Reference
second hyper-polarizability	second hyper-susceptibility	second hyper-susceptibility	(3,-3,-1)	coulomb meter per sq joule	efunda.com

 Notes:

1) Repitious modifications of the same measurement (i.e.:mega-, milli-, micro-; free, rotational, ...) may not be reiterated.

2) Statistics units may not included.

3) The following abreviations are used: sq = square, cu = cubic.

References:

1) AIP = E. Richard cohen, The Physics Quick Reference guide, 1996, American Institute of Physics.

2) AQ = C. W. Allen, Astrophysical quantities second edition, 1963, The Athlone Press University of London.

3) CRC = CRC Handbook of chemistry and Physics 70th edition, 1989, CRC Press.

4) M = Mark's Standard Handbook for Mechanical Engineers ninth edition, 1978, McGraw-Hill.

5) MH = Machinery's Handbook 23rd edition, 1988, Industrial Press.

6) RR = Russ Rowlett's (web-based) Dictionary of Units of Measurement.

7) Sz = T. Szirtes, Applied dimensional analysis and Modeling, 1998, McGraw-Hill.

8) S&H = H. Poincare', Science and Hypothesis (translated 1905, Dover 1952)