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Green Book, 2nd ed.: IUPAC Quantities, Units and Symbols in Physical Chemistry. Second Edition, Blackwell Scientific Publications, Oxford, 1993.

α-particle (alpha-particle)
absolute activity, $λ$
absorbance, $A$
absorptance, $α$
absorption coefficient
absorption cross-section, $σ$
absorption factor
absorption intensity
acceleration, $a$
activation energy (Arrhenius activation energy)
activity
activity, $A$ of a radioactive material
activity (relative activity), $a$
advancement
affinity of reaction, $A$
amount concentration, $c$
amount fraction, $x$ ( $y$ for gaseous mixtures)
amount of substance, $n$
amount-of-substance concentration
amount-of-substance fraction, $x$
ampere
angle
angle of optical rotation, $α$
ångström
angular frequency, $ω$
angular momentum, $L$
anode
atmosphere
atomic mass $m a$
atomic number, $Z$
atomic orbital, $ψ$ , $φ$ , $χ$
atomic weight
attenuance, $D$
attenuation coefficient
atto
β-particle
bar
barn
becquerel
bohr
bond order $p r s$
calorie
candela
capacitance, $C$ of a plate capacitor
cathode
Celsius temperature, $t$ , $θ$
centi
charge density, $ρ$
charge number, $z$
charge number $n$ , $ν e$ , $z$ of a cell reaction
chemical amount
chemical potential, $μ B$
chemical reaction equation
clausius
collision cross-section, $σ$
collision density, $Z AA$
collision diameter, $d$
collision frequency, $z A A$
collision number
compressibility factor
compression factor, $Z$
concentration
conductance, $G$
conductivity, $γ$ , $σ$
coulomb
coulomb integral, $H rr$
curie
dalton
day
debye
deca
decay constant
deci
decibel
degeneracy
degree Celsius
degree Fahrenheit
degree of arc
degree of dissociation
degree of ionization
degree of reaction, $α$
density, $ρ$
density of states, $N E$ , $r E$
deuteron
dielectric constant
dielectric polarization, $P$
diffusion coefficient, $D$
dimensionless quantities
dipole length
dipole moment
dipole moment per volume
disintegration constant
disintegration energy, $Q$
dissociation energy, $E d$ , $D$
dose equivalent, $H$
dynamic viscosity, $η$
dyne
electric charge, $Q$
electric conductance, $G$
electric conductivity
electric current, $I$
electric current density, $j$
electric dipole moment, $p$
electric displacement, $D$
electric field (strength), $E$
electric mobility, $u$ , $μ$
electric polarizability, $α$
electric potential, $V$
electric resistance, $R$
electric resistivity
electrochemical potential
electrode potential, $E$
electrokinetic potential, $ζ$
electromotive force, $E$
electron
electron affinity, $E ea$
electronegativity
electronvolt
elementary charge
emittance, $ɛ$
energy, $E$
energy of activation
enthalpy, $H$
enthalpy of activation, $Δ ‡ H °$
entropy, $S$
entropy unit
equilibrium constant
equilibrium distance in a molecule
erg
exa
extensive quantity
extent of reaction, $ξ$
extinction
extinction coefficient
farad
femto
fermi
field level
flow rate of a quantity
fluence, $F$ , $Ψ$ , $H 0$
fluidity, $ϕ$
flux, $J X$ of a quantity
foot
force, $F$
fraction
franklin
free energy
frequency, $f$ , $ν$
fugacity, $f$ , $p ˜$
fugacity coefficient, $ϕ$
FWHM (Full Width at Half Maximum)
Galvani potential difference
gauss
Gibbs energy (function), $G$
giga
gram
gray
half life, $t 1 / 2$
hamiltonian operator $H ̂$
hartree
heat, $q$ , $Q$
heat capacity, $C$
heat flux, $J q$
hecto
helion
Helmholtz energy (function), $A$
henry
hertz
hour
HWHM (Half Width at Half Maximum)
illuminance, $E$ , $E v$
impact parameter, $b$
impedance, $Z$
inch
inertial defect
inner electric potential, $ϕ$
intensity
intensive quantity
interfacial tension
internal absorptance, $α i$
internal energy, $U$
international calorie
ionic strength, $I$
ionization energy, $E i$
ionization potential
joule
kelvin
kilo
kilogram
kinematic viscosity, $ν$
kinetic energy, $E k$
length, $l$
level
level width, $Γ$
line width
linear (decadic) absorption coefficient in optical spectroscopy
linear (decadic) attenuation coefficient in optical spectroscopy
linear strain, $ɛ$ , $e$
litre
lumen
luminous flux
luminous intensity $I v$
luminous quantities
lux
magnetic field strength, $H$
magnetic flux, $Φ$
magnetic flux density, $B$
magnetic moment, $m$ , $μ$
magnetic susceptibility, $χ$
magnetizability, $ξ$
magnetogyric ratio, $γ$
mass, $m$
mass concentration, $γ$ , $ρ$
mass density
mass excess, $Δ$
mass fraction, $w$
mass number, $A$
mean free path, $λ$
mega
metre
micro
milli
minute of arc
mobility, $μ$
modulus of elasticity, $E$
molal
molality, $m$ , $b$
molar
molar refraction, $R$
molarity
mole
molecular orbital
molecular weight
moment of a force, $M$
moment of inertia, $I$ , $J$
momentum, $p$
muonium
mutual inductance, $M$
nano
neper
neutrino (electron neutrino)
neutron
neutron number, $N$
newton
normal stress, $σ$
nucleon number
number concentration, $C$ , $n$
number density, $n$
number fraction
number of entities, $N$
ohm
optical rotatory power
orbital energy
order of reaction, $n$
oscillator strength, $f i j$
osmotic coefficient, $ϕ$
osmotic pressure, $Π$
outer electric potential, $ψ$
overlap integral, $S r s$
overpotential, $η$
partial molar Gibbs energy
partial molar quantity
partial pressure
partition function
pascal
percent
period, $T$
permeability, $μ$
permeability of vacuum, $μ 0$
permittivity, $ɛ$
permittivity of vacuum
peta
photochemical yield
photon
photon quantities
physical quantity (measurable quantity)
pico
plane angle
poise
positronium
potential energy, $E p$ , $V$
potential of a cell reaction
power, $P$
power level
pre-exponential factor, $A$
pressure, $p$
principal moments of inertia
probability density, $P$
probability, $P$
proton
quantity calculus
rad
radian
radiant energy, $Q$
radiant energy density, $ρ$ , $w$
radiant quantities
radioactivity
rate of conversion, $ξ .$
reactance, $X$
reduced mass, $μ$
reflection factor
refractive index, $n$
relative activity
relative atomic mass (atomic weight), $A r$
relative density, $d$
relative elongation
relative molar mass
relative molecular mass, $M r$
relative permeability, $μ r$
relative permittivity, $ɛ r$
relaxation time
rem
resistivity, $ρ$
resolution in optical spectroscopy
resolving power, $R$ in optical spectroscopy
resonance integral, $H r s$
röntgen
rotational constants
rotational term, $F$
second
second of arc
sedimentation coefficient, $s$
self inductance, $L$
shear modulus, $G$
shear strain, $γ$
shear stress, $τ$
shielding constant, $σ$
SI
siemens
sievert
solid angle, $Ω$ , $ω$
specific
specific conductance
specific surface area in surface chemistry
spectral intensity
spectral quantities
speed, $v$ , $c$
speed distribution function, $F c$
spin-orbit coupling constant, $A$
spin–spin coupling constant, $J AB$
standard atomic weights
standard chemical potential
standard concentration
standard electrode potential, $E °$
standard electromotive force
standard entropy of activation, $Δ ‡ S °$ , $Δ ‡ S$
standard equilibrium constant, $K °$ , $K$
standard Gibbs energy of activation $Δ ‡ G °$ , $Δ ‡ G$
standard molality $m ⦵$ , $m °$
standard potential of an electrode reaction
standard potential of the reaction in a chemical cell
standard pressure
standard reaction quantities
standard state
standard thermodynamic quantities
steradian
stoichiometric number, $ν$
stokes
substance concentration
surface amount, $n s$ , $n a$
surface charge density, $σ$
surface concentration, $Γ$
surface coverage, $θ$
surface density, $ρ A$ , $ρ S$
surface electric potential
surface excess, $n σ$
surface excess concentration (at an interface), $Γ$
surface pressure
surface tension, $γ$ , $σ$
symmetry number, $s$
Système International d'Unités
temperature
tera
term symbols
term, $T$
tesla
thermal conductance, $G$
thermal conductivity, $λ$
thermal resistance, $R$
thermochemical calorie
thermodynamic temperature, $T$
threshold energy, $E 0$
time, $t$
tonne
torque, $T$
torr
transition wavenumber, $ν ˜$
transmission factor
transmittance, $T$ , $τ$
transport number, $t$
unified atomic mass unit
velocity, $v$ , $c$
vibrational term, $G$
virial coefficients
viscosity
volt
volume fraction, $ϕ$
volume of activation, $Δ ‡ V$
volume strain, $θ$
watt
wavefunction, $Ψ$ , $ψ$ , $φ$
wavelength, $λ$
wavenumber, $σ$ , $ν ˜$
weber
weight, $G$
work, $w$ , $W$
x unit
yard
year
yocto
yotta
zepto
zetta