Physical Quantity:

Keyword	Description	Symbol / Usage
ab_dose	Dose, absorbed, specific energy (imparted), kerma	Gy.
acceleration	Acceleration, linear	m./s.^2
activity	Radioactivity (of a radionuclide)	Bq.
ad_rate	Dose, absorbed rate	Gy./s.
an_acceleration	Acceleration, angular	rad./s.^2.
an_velocity	Velocity, angular	rad./s.
ang_momentum	Momentum, angular	kg.m.^2 /s.
area	Area; second moment of inertia	m.^2
capacitance	Electric capacitance	F.
charge	Electric charge, quantity of electricity	[Cl.]
conductance	Electric conductance	[Si.]
constant	Dimensionless constant	[unit.]
cu_density	Electric current density	A./m.^2.
currency	Currency	USD.
current	Electric current	A.
density	Mass density (density); concentration	kg./m.^3.
discharge	Discharge, flow	m.^3./s.
dose_equivalent	Dose equivalent, ambient, directional, personal	Sv.
dy_viscocity	Viscocity, dynamic	Pa.s.
ec_density	Electric charge density	[Cl.]/m.^3.
ed_moment	Electric dipole moment	A.m.s.
ef_density	Electric flux density	[Cl.]/m.^2.
ef_strength	Electric field strength	V./m.
el_permeability	Electric permeability	[Hy.]/m.
ele_resistivity	Electric resistivity	V.m./A.
en_density	Energy density	J./m.^3.
energy	Energy; work; quntity of heat	J.
entropy	Heat capacity; entropy	J./K.
exposure	Radioactive exposure (x-rays and gamma-rays)	[Cl.]/kg.
force	Force; load	N.
frequency	Frequency	Hz.
fu_consumption	Consumption, fuel	m./m.^3.
hf_density	Heat flux density; irradiance	W./m.^2.
illuminance	Illuminance	lx.
im_strength	Impact strength	J./m.
inductance	Inductance	[Hy.]
ki_viscosity	Viscosity, kinematic	m.^2/s.
length	Length	m.
lu_flux	Luminous flux	lm.
lu_intensity	Luminous intensity	cd.
luminance	Luminance	cd./m.^2.
ma_flow	Mass flow rate	kg./s.
ma_flux	Magnetic flux	Wb.
ma_unit	Mass per unit length	kg./m.
mass	Mass	kg.
mass_flux	Mass flux	kg./m.^2 /s.
mf_density	Magnetic flux density	[Te.]
mf_strength	Magnetic field strength	A./m.
mi_area	Moment of inertia, area	m.^4
mi_mass	Moment of inertia, mass	kg.m.^2
mo_energy	Molar energy, activation energy	J./mol.
mo_entropy	Molar entropy, molar heat capacity	J./(mol.K.)
mo_flow	Momentum flow rate	kg.m./s.^2
moment	Moment of force; torque	N.m.
momentum	Momentum	kg.m./s.
permeability	Permeability	kg./(Pa.s.m.^2.)
permittivity	Electric permittivity	F./m.
ph_emission	Photon emission rate	[unit]/(m.^2 s.)
pl_angle	Angle, plane	rad.
po_density	Power density	W./m.^3
potential	Electric potential; potential difference; electromotive force	V.
power	Power; radiant flux; heat flow rate	W.
prefix	Dimensionless prefix	[one]
pressure	Pressure; stress; strength; modulus	Pa.
ra_intensity	Thermal, radiant intensity	W./st.
radiance	Thermal, radiance	W./(m.^2.st.)
resistance	Electric resistance	{ohm.}
so_angle	Angle, solid	st.
sp_energy	Specific energy	J./kg.
sp_entropy	Specific heat capacity, specific entropy	J./(kg.K.)
sp_surface	Specific surface	m.^2 /kg.
sp_volume	Specific volume	m.^3/kg.
su_concentn	Substance, concentration; concentration	mol./m.^3.
su_tension	Surface tension	N./m.
substance	Substance, amount	mol.
swelling	Swelling	m.^2./N.
temperature	Temperature interval	K.
th_coeff	Heat, coefficient of transfer	W./(m.^2.K.)
th_conductivity	Thermal conductivity	W./(m.K.)
th_density	Heat, density; energy per unit area	J./m.^2.
th_diffusivity	Thermal diffusivity	m.^2./s.
th_insulance	Thermal insulance	m.^2.K./W.
th_resistance	Thermal resistance	K./W.
th_resistivity	Thermal resistivity	m.K./W.
time	Time	s.
transmissivity	Transmissivity	m.^3./(s.m.)
velocity	Velocity, speed	m./s.
volume	Volume; capacity	m.^3
wa_number	Wave number	[unit.]/m.