Appendix
of Dimensions
Dimensional
Listing
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
acoustic velocity |
speed |
velocity |
(-1,1,0) |
meter per second |
CRC F75 |
|
alfven speed |
speed |
velocity |
(-1,1,0) |
meter per second |
CRC F76 |
|
dielectric strength |
dielectric strength |
velocity |
(-1,1,0) |
volt per meter |
CRC F91 |
|
electric field |
electric field |
velocity |
(-1,1,0) |
newton per coulomb |
AIP 41 |
|
electric field intensity |
electric field |
velocity |
(-1,1,0) |
newton per coulomb |
CRC F94 |
|
electric field strength |
electric field |
velocity |
(-1,1,0) |
newton per coulomb |
CRC F283; M 1-18; MH 2416; Sz 58, 677 |
|
escape velocity |
velocity |
velocity |
(-1,1,0) |
meter per second |
CRC F96 |
|
fpm |
speed |
velocity |
(-1,1,0) |
meter per second |
RR |
|
fps |
speed |
velocity |
(-1,1,0) |
meter per second |
RR |
|
ips |
speed |
velocity |
(-1,1,0) |
meter per second |
CRC F352; RR |
|
knot |
speed |
velocity |
(-1,1,0) |
meter per second |
CRC F108, F353; M 1-16; RR |
|
kph |
speed |
velocity |
(-1,1,0) |
meter per second |
CRC F352; RR |
|
linear velocity |
velocity |
velocity |
(-1,1,0) |
meter per second |
periodic table |
|
mass transfer coefficient |
. |
velocity |
(-1,1,0) |
. |
CRC F363, F379 |
|
mph |
speed |
velocity |
(-1,1,0) |
meter per second |
CRC F354; RR |
|
reaction rate constant |
. |
velocity |
(-1,1,0) |
. |
CRC F366, F379 |
|
speed |
speed |
velocity |
(-1,1,0) |
meter per second |
AIP 38; CRC F126 |
|
stapp |
acceleration seconds |
velocity |
(-1,1,0) |
meter per second |
RR |
|
velocity |
velocity |
velocity |
(-1,1,0) |
meter per second |
AIP 38; CRC E44, F131, F283; M 1-18, 3-52; MH 2416 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
acceleration |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
AIP 38; CRC F283, F363; M 1-18, 3-52; MH 2416 |
|
coriolis acceleration |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
|
|
eotvos unit |
. |
acceleration |
(-2,1,0) |
meter per sq second |
RR |
|
g |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
CRC F363; Sz 57, 673 |
|
gal |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
CRC F100, F339, F350; M 1-22 |
|
gee |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
RR |
|
grav |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
RR |
|
linear acceleration |
acceleration |
acceleration |
(-2,1,0) |
meter per sq second |
periodic table |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
linear jerk |
linear jerk |
jerk |
(-3,1,0) |
meter per cu second |
Sz 57, 694 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
thermal resistivity |
thermal resistivity |
thermal resistivity |
(1,1,0) |
sq meter kelvin second per joule meter |
Sz 57, 675 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
diffusion coefficient |
diffusion rate |
electric potential |
(-1,2,0) |
sq meter per second |
AIP 41; CRC F49, F50, F91, F283, F363; MH 2416 |
|
diffusivity |
diffusion rate |
electric potential |
(-1,2,0) |
sq meter per second |
CRC F49, F50, F51, F91, F363 |
|
dispersion coefficient |
. |
electric potential |
(-1,2,0) |
. |
CRC F377 |
|
eddy mass diffusivity |
. |
electric potential |
(-1,2,0) |
. |
CRC F364 |
|
eddy viscosity |
kinematic viscosity |
electric potential |
(-1,2,0) |
sq meter per second |
CRC F93, F378 |
|
electric dipole potential |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
AQ 28; Sz 58, 680 |
|
electric displacement |
charge per area |
electric potential |
(-1,2,0) |
coulomb per sq meter |
AIP 41 |
|
electric potential |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
AIP 43; CRC F134, F283, F313, F360; M 1-18; MH 2415 |
|
electromotive force |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
AIP 41; AQ 28; CRC F94, F134, F313; M 1-18, 15-3 |
|
engler degree |
kinematic viscosity |
electric potential |
(-1,2,0) |
sq meter per second |
RR |
|
kinematic viscocity |
kinematic viscosity |
electric potential |
(-1,2,0) |
sq meter per second |
AIP 45; CRC F37, F108, F283, F339; M 1-18, 3-52; MH 2416; Sz 57, 673 |
|
overpotential |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
CRC F117 |
|
peltier coefficient |
. |
electric potential |
(-1,2,0) |
volt |
AIP 46 |
|
potential difference |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
AIP 43; CRC F134, F313 |
|
reduction potential |
. |
electric potential |
(-1,2,0) |
volt |
CRC D159 |
|
redwood second |
kinematic viscosity |
electric potential |
(-1,2,0) |
sq meter per second |
CRC F38 |
|
saybolt second |
kinematic viscosity |
electric potential |
(-1,2,0) |
sq meter per second |
CRC F38; RR |
|
stoke |
kinematic viscosity |
electric potential |
(-1,2,0) |
sq meter per second |
CRC F37, F38, F126, F284, F339, F358; M 1-24; MH 2423 |
|
temperature conductivity |
diffusion rate |
electric potential |
(-1,2,0) |
. |
CRC F363, F377 |
|
thermal diffusion coefficient |
diffusion rate |
electric potential |
(-1,2,0) |
sq meter per second |
AIP 41 |
|
thermal diffusivity |
diffusion rate |
electric potential |
(-1,2,0) |
|
AIP 37; CRC F363, F377 |
|
thermoelectromotive force |
power per current |
electric potential |
(-1,2,0) |
volt |
AIP 41 |
|
vac |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
RR |
|
vdc |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
RR |
|
voltage |
electric potential difference |
electric potential |
(-1,2,0) |
volt |
CRC F131, F134, F283, F313, F360, F364; M 1-18; MH 2415 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
absorbed dose |
absorbed dose |
specific energy |
(-2,2,0) |
gray |
CRC F101, F134, F283, F314, F360 |
|
dose equivalent |
dose equivalent |
specific energy |
(-2,2,0) |
sievert |
CRC F314, F360 |
|
dynamic height |
potential energy per mass |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F92 |
|
dynamic meter |
potential energy per mass |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F92 |
|
enthalpy (1) |
specific enthalpy |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC D173, E25, F10 |
|
geopotential height |
potential energy per mass |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F100 |
|
geopotential meter |
potential energy per mass |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F101 |
|
gray |
absorbed dose |
specific energy |
(-2,2,0) |
gray |
CRC F101, F134, F283, F314, F351, F360 |
|
head |
potential energy per mass |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F366 |
|
heat capacity (1) |
heat capacity |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC D174 |
|
heat content |
heat content |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC D174 |
|
heat equivalent |
specific energy |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F102 |
|
heat of vaporization |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F363 |
|
kerma |
absorbed dose |
specific energy |
(-2,2,0) |
gray |
AIP 42; CRC F134, F360 |
|
latent heat of phase change |
. |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F363, F364, F377 |
|
rad |
absorbed dose |
specific energy |
(-2,2,0) |
gray |
CRC F120, F284, F357, F360, F361; M 1-24; RR; Sz 62, 692 |
|
radiation dose |
absorbed dose |
specific energy |
(-2,2,0) |
gray |
periodic table |
|
radiation dose equivalent |
dose equivalent |
specific energy |
(-2,2,0) |
sievert |
CRC F124 |
|
rem |
dose equivalent |
specific energy |
(-2,2,0) |
sievert |
CRC F122, F123, F357, F360, F361; M 1-24; Sz 62, 692 |
|
rep |
absorbed dose |
specific energy |
(-2,2,0) |
gray |
CRC F123; RR |
|
sievert |
dose equivalent |
specific energy |
(-2,2,0) |
sievert |
CRC F124, F314; RR |
|
specific energy |
specific energy |
specific energy |
(-2,2,0) |
joule per kilogram |
AIP 38; CRC F134, F302, F360; Sz 57, 672 |
|
specific enthalpy |
specific enthalpy |
specific energy |
(-2,2,0) |
joule per kilogram |
Sz 57, 677 |
|
specific heat (1) |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC F64 |
|
specific heat of fusion |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC B455, C666, C671, D187 |
|
specific heat of vaporization |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram |
CRC B455, F64 |
|
specific molar heat of combustion |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram mole |
CRC D282 |
|
specific molar heat of formation |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram mole |
CRC D282 |
|
specific molar heat of transition |
specific heat |
specific energy |
(-2,2,0) |
joule per kilogram mole |
CRC D43 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
absorbed dose rate |
absorbed dose rate |
specific power |
(-3,2,0) |
gray per second |
CR F360; Sz 59, 687 |
|
dose equivalent rate |
dose equivalent rate |
specific power |
(-3,2,0) |
sievert per second |
CRC F360; Sz 687 |
|
kerma rate |
absorbed dose rate |
specific power |
(-3,2,0) |
gray per second |
CRC F360 |
|
radiation dose rate |
absorbed dose rate |
specific power |
(-3,2,0) |
gray per second |
periodic table |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
clo |
insulation efficiency |
insulation efficiency |
(1,2,0) |
sq meter kelvin per watt |
CRC F348; RR |
|
insulation efficiency |
insulation efficiency |
insulation efficiency |
(1,2,0) |
sq meter kelvin per watt |
periodic table |
|
tog |
insulation efficiency |
insulation efficiency |
(1,2,0) |
sq meter kelvin per watt |
RR |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
cfm |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
cumec |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
cusec |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
gpm |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
gps |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
lpf |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
miner's inch |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
M 1-16; RR table27 p124 |
|
recombination coefficient |
recombination |
volume flow |
(-1,3,0) |
cu meter per second |
AIP 44 |
|
sccm |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
slpm |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
sverdrup |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
volume flow |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
CRC F363; M 3-52 |
|
water inch |
volume flow |
volume flow |
(-1,3,0) |
cu meter per second |
RR |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
moment of section |
moment of section |
moment of section |
(0,4,0) |
sq sq meter |
M 1-21; MH 2421 |
|
second moment of area |
moment of section |
moment of section |
(0,4,0) |
sq sq meter |
Sz 57, 675 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
collision stopping power |
specific stopping power |
mass stopping power |
(-2,4,0) |
joule per meter kilogram |
NIST |
|
electronic stopping power |
specific stopping power |
mass stopping power |
(-2,4,0) |
joule per meter kilogram |
NIST |
|
mass stopping power |
mass stopping power |
mass stopping power |
(-2,4,0) |
joule per meter kilogram |
CRC F360 |
|
nuclear stopping power |
specific stopping power |
mass stopping power |
(-2,4,0) |
joule per meter kilogram |
NIST |
|
radiativestopping power |
specific stopping power |
mass stopping power |
(-2,4,0) |
joule per meter kilogram |
NIST |
|
total stopping power |
specific stopping power |
mass stopping power |
(-2,4,0) |
joule per meter kilogram |
NIST |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
angular wave number |
. |
wave number |
(0,-1,0) |
per meter |
AIP 38 |
|
angular wave vector |
. |
wave number |
(0,-1,0) |
per meter |
AIP 39 |
|
attenuation factor |
. |
wave number |
(0,-1,0) |
per meter |
AIP 44 |
|
aught |
. |
wave number |
(0,-1,0) |
. |
RR |
|
awg |
quantity per distance |
wave number |
(0,-1,0) |
? |
RR |
|
diopter |
. |
wave number |
(0,-1,0) |
. |
RR |
|
dpi |
. |
wave number |
(0,-1,0) |
. |
RR |
|
fine structure separation |
. |
wave number |
(0,-1,0) |
per meter |
CRC E65 |
|
gauge (2) |
. |
wave number |
(0,-1,0) |
. |
RR |
|
kayser |
. |
wave number |
(0,-1,0) |
[reciprocal centimeter] |
M 1-22; RR |
|
linear attenuation coefficient (1) |
. |
wave number |
(0,-1,0) |
per meter |
AIP 45 |
|
linear number density |
linear number density |
wave number |
(0,-1,0) |
. |
periodic table entry |
|
mesh |
. |
wave number |
(0,-1,0) |
. |
RR |
|
propagation vector |
. |
wave number |
(0,-1,0) |
per meter |
AIP 39 |
|
reciprocal lattice vector |
. |
wave number |
(0,-1,0) |
per meter |
AIP 41 |
|
reciprocal meter |
. |
wave number |
(0,-1,0) |
reciprocal meter |
M 1-18 |
|
rotary power |
plane angle per distance |
wave number |
(0,-1,0) |
radian per meter |
CRC E424, F123 |
|
rutherford |
wavenumber |
wave number |
(0,-1,0) |
. |
RR |
|
sieve |
. |
wave number |
(0,-1,0) |
. |
RR |
|
specific rotation (2) |
plane angle per distance |
wave number |
(0,-1,0) |
radian per meter |
CRC E424 |
|
volumetric cooling area |
. |
wave number |
(0,-1,0) |
sq meter per cu meter |
CRC F363 |
|
wave number |
wave number |
wave number |
(0,-1,0) |
per meter |
AIP 46; CRC F132; M 1-18; Sz 57, 675, 681 |
|
wave vector |
. |
wave number |
(0,-1,0) |
per meter |
AIP 46 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
thermal conductivity |
thermal conductivity |
thermal conductivity |
(-1,-1,0) |
watt per meter kelvin |
AIP 45; CRC B213, B456, D186, D187, E2, E3, E4, E5, E7, E10, E11, E12, E13, E16, E25, E32, E34, E106, F10, F61, F63, F64, F65, F364, F377; M 1-18; MH 2416; Sz 57, 675 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
osmolality |
specific pressure |
specific pressure |
(-2,-1,0) |
pascal per kilogram |
CRC D271 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
fluence |
particle fluence |
fuel efficiency |
(0,-2,0) |
per sq meter |
CRC F360; Sz 59, 688 |
|
mpg |
miles per gallon |
fuel efficiency |
(0,-2,0) |
meter per cu meter |
CRC F354; RR |
|
particle fluence |
particles per area |
fuel efficiency |
(0,-2,0) |
. |
CRC F360; Sz 59, 688 |
|
rayleigh |
emitted photon density |
fuel efficiency |
(0,-2,0) |
per sq meter |
RR |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
fluence rate |
particle fluence rate |
heat transfer coefficient |
(-1,-2,0) |
per sq meter second |
AIP 46; CRC F360; Sz 59, 688 |
|
flux density |
particle fluence rate |
heat transfer coefficient |
(-1,-2,0) |
per sq meter second |
AIP 46; Sz 59, 688 |
|
heat transfer coefficient |
heat transfer coefficient |
heat transfer coefficient |
(-1,-2,0) |
watt per sq meter kelvin |
AIP 38; CRC F116, F363; Sz 57, 675 |
|
particle fluence rate |
particles per area second |
heat transfer coefficient |
(-1,-2,0) |
. |
AIP 46; CRC F360; Sz 59, 688 |
|
particle flux density |
particles per area second |
heat transfer coefficient |
(-1,-2,0) |
. |
AIP 46; Sz 59, 688 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
acceptor number density |
number density |
volume concentration |
(0,-3,0) |
acceptors per cu meter |
AIP 39 |
|
amagat density |
volume concentration |
volume concentration |
(0,-3,0) |
mole per cu meter |
RR |
|
concentration (2) |
molar concentration |
volume concentration |
(0,-3,0) |
mole per cu meter |
AIP 38; CRC F87, F283; Sz 684 |
|
demal |
volume concentration |
volume concentration |
(0,-3,0) |
. |
RR |
|
donor number density |
. |
volume concentration |
(0,-3,0) |
per cu meter |
AIP 39 |
|
electron number density |
. |
volume concentration |
(0,-3,0) |
per cu meter |
AIP 39 |
|
hole number density |
. |
volume concentration |
(0,-3,0) |
per cu meter |
AIP 39 |
|
hydrogen ion concentration |
molarity |
volume concentration |
(0,-3,0) |
mole per cu meter |
CRC F103 |
|
intrinsic number density |
. |
volume concentration |
(0,-3,0) |
per cu meter |
AIP 39 |
|
ion number density |
. |
volume concentration |
(0,-3,0) |
. |
Sz 59, 686 |
|
molarity |
volume concentration |
volume concentration |
(0,-3,0) |
mole per cu meter |
CRC F113; RR |
|
normal |
volume concentration |
volume concentration |
(0,-3,0) |
(mole per mole)per cu meter |
CRC F115; RR |
|
number density of particles |
. |
volume concentration |
(0,-3,0) |
per cu meter |
AIP 39 |
|
osmolar |
volume concentration |
volume concentration |
(0,-3,0) |
mole per cu meter |
RR |
|
solubility (4) |
solubility |
volume concentration |
(0,-3,0) |
mole per cu meter |
CRC D274 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
collision number |
collision rate density |
volume activity |
(-1,-3,0) |
collisions per cu meter second |
CRC F290 |
|
homogenous nucleation limit |
superheat limit |
volume activity |
(-1,-3,0) |
nuclei per cu meter second |
CRC C721 |
|
limit of superheat |
. |
volume activity |
(-1,-3,0) |
nuclei per cu meter second |
CRC C721 |
|
volume radiation concentration |
volume activity |
volume activity |
(-1,-3,0) |
becquerel per liter |
periodic table |
|
working level |
volume activity |
volume activity |
(-1,-3,0) |
becquerel per liter |
RR |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
activity (2) |
radioactivity |
frequency |
(-1,0,0) |
becquerel |
AIP 40; CRC F134, F283, F314, F360; M 1-18 |
|
angular frequency |
frequency |
frequency |
(-1,0,0) |
per second |
AIP 46 |
|
angular velocity |
angular velocity |
frequency |
(-1,0,0) |
radian per second |
CRC F77, F283, F364; M 1-18, 3-52; MH 2416 |
|
b.i.d. |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
baud |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
beat frequency |
frequency |
frequency |
(-1,0,0) |
hertz |
CRC F80 |
|
beats per minute (bpm) |
frequency |
frequency |
(-1,0,0) |
hertz |
RR |
|
becquerel |
radioactivity |
frequency |
(-1,0,0) |
becquerel |
CRC F81, F134, F283, F314, F346, F360; Sz 54, 667 |
|
bits per second |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
bps |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
cps |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
curie |
radioactivity |
frequency |
(-1,0,0) |
becquerel |
CRC F284, F315, F349, F360; RR |
|
damping coefficient |
. |
frequency |
(-1,0,0) |
per second |
AIP 44 |
|
debye angular frequency |
frequency |
frequency |
(-1,0,0) |
per second |
AIP 46 |
|
decay constant |
. |
frequency |
(-1,0,0) |
per second |
AIP 45 |
|
disintegration constant |
. |
frequency |
(-1,0,0) |
per second |
AIP 45 |
|
earth-rate unit |
angular velocity |
frequency |
(-1,0,0) |
radian per second |
RR |
|
equivalent conductivity |
conductivity per density |
frequency |
(-1,0,0) |
cu meter siemens per meter kilogram |
CRC F87 |
|
exposure |
exposure |
frequency |
(-1,0,0) |
coulomb per kilogram |
AIP 44; CRC F316, F360 |
|
fit |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
flops |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
frequency |
frequency |
frequency |
(-1,0,0) |
hertz |
AIP 38; CRC F134, F283, F313, F363; M 1-18, 3-52; MH 2416 |
|
growth rate |
rate |
frequency |
(-1,0,0) |
per second |
AIP 44 |
|
gyromagnetic ratio |
magneton per angular momentum |
frequency |
(-1,0,0) |
per second tesla |
AIP 44 |
|
hertz |
frequency |
frequency |
(-1,0,0) |
hertz |
CRC F103, F134, F283; M 1-18; MH 2416 |
|
larmor circular frequency |
frequency |
frequency |
(-1,0,0) |
per second |
AIP 46 |
|
mass conductivity |
conductivity per density |
frequency |
(-1,0,0) |
cu meter siemens per meter kilogram |
CRC F87 |
|
omn.bih |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
omn.hor |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
q.d |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
q.h |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
q.I.d. |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
radian per second |
angular velocity |
frequency |
(-1,0,0) |
radian per second |
RR |
|
radioactivity (? Check listed sources for "radio" ref) |
radioactivity |
frequency |
(-1,0,0) |
becquerel |
? AIP 40; CRC F134, F283, F314, F360; M 1-18 |
|
rate |
rate |
frequency |
(-1,0,0) |
hertz |
|
|
rate of shear |
rate |
frequency |
(-1,0,0) |
. |
CRC F364 |
|
roentgen |
exposure |
frequency |
(-1,0,0) |
coulomb per kilogram |
CRC F123, F284, F357, F360; M 1-24; Sz 62, 692 |
|
rotation rate |
. |
frequency |
(-1,0,0) |
. |
CRC F363 |
|
rpm |
angular velocity |
frequency |
(-1,0,0) |
hertz |
CRC F357; RR |
|
solar neutrino unit |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
strob |
angular velocity |
frequency |
(-1,0,0) |
radian per second |
RR |
|
t.i.d. |
. |
frequency |
(-1,0,0) |
hertz |
RR |
|
velocity gradient |
velocity per meter |
frequency |
(-1,0,0) |
meter per second meter |
CRC F379 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
angular acceleration |
angular acceleration |
angular acceleration |
(-2,0,0) |
radian per sq second |
AIP 44; CRC F77; M 1-18, 3-52; MH 2416 |
|
atmo-meter |
atmo-meter |
angular acceleration |
(-2,0,0) |
. |
RR |
|
meter-atmosphere |
atmo-meter |
angular acceleration |
(-2,0,0) |
. |
RR |
|
rate-of-strain tensor invariant |
. |
angular acceleration |
(-2,0,0) |
. |
CRC F378 |
|
vorticity tensor invariant |
. |
angular acceleration |
(-2,0,0) |
. |
CRC F378 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
angular jerk |
angular jerk |
angular jerk |
(-3,0,0) |
radian per cu second |
Sz 57, 694 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
first hyper-susceptibility |
first hyper-susceptibility |
mechanical |
(1,-1,0) |
coulomb meter per joule |
efunda.com |
|
material permeance |
material permeance |
mechanical |
(1,-1,0) |
kilogram per pascal second sq meter |
Sz 57, 679 |
|
perm |
mechanical permeability |
mechanical |
(1,-1,0) |
kilogram per pascal second sq meter |
M 1-23; RR |
|
permeability (3) |
mechanical permeability |
mechanical |
(1,-1,0) |
kilogram per pascal second sq meter |
(efunda.com) |
|
porosity (2) |
permeability |
mechanical |
(1,-1,0) |
. |
RR |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
density of vibrational modes |
vibrational mode density |
temporal density |
(1,-3,0) |
second per cu meter |
AIP 43 |
|
Measurement |
Description |
Fundamental Quantity |
SP Dimensions |
SI unit |
Reference |
|
vapor expansion intensity |
vapor expansion intensity |
vapor expansion intensity |
(2,-5,0) |
kilogram per cu meter kelvin |
CRC F379 |
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)