Terms (411) sourced from: https://goldbook.iupac.org/files/pdf/green_book_2ed.pdf

"IUPAC Quantities, Units and Symbols in Physical Chemistry", , 1993,

bar barn becquerel bohr bond order

p_{rs}

bulk strain β-particle

Celsius temperature

t

θ

calorie candela

cd

C

cathode centi charge density

ρ

z

n

ν_{e}

z

chemical amount chemical potential

μ_{B}

chemical reaction equation circular frequency 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

γ

σ

C

coulomb integral

H_{rr}

curie

dalton day debye deca decay constant deci decibel degeneracy degree degree Celsius degree Fahrenheit degree of dissociation degree of ionization degree of reaction

α

ρ

density of states D01593-0,D01593-1 deuteron 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 E01936-0 electric resistivity electrochemical potential electrode potential

E

electrokinetic potential

ζ

electromotive force

E

electron electron affinity

E_{ea}

electronegativity electronvolt elementary charge

e

ε

E

energy of activation enthalpy

H

enthalpy of activation

Δ^{‡} H^{⚬}

S

entropy unit equilibrium constant equilibrium distance erg exa extensive quantity extent of reaction

ξ

FWHM (Full Width at Half Maximum) farad femto fermi field level flow rate fluence

F

Ψ

H_{0}

ϕ

J_{X}

F

fraction franklin free energy frequency

f

ν

f

\tilde{p}

fugacity coefficient

ϕ

Galvani potential difference Gibbs energy (function)

G

gauss giga gram gray

HWHM (Half Width at Half Maximum) Helmholtz energy (function)

A

t_{1 / 2}

hamiltonian operator

\hat{H}

q

Q

C

J_{q}

hecto helion henry hertz hour

illuminance

E

E_{v}

impact parameter

b

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}

kelvin

K

kg

kinematic viscosity

ν

E_{k}

length

l

level level width

Γ

line width linear (decadic) absorption coefficient linear attenuation coefficient linear strain

ε

e

litre lumen luminous flux luminous intensity

I_{v}

luminous quantities lux

magnetic field strength

H

Φ

magnetic flux density

B

magnetic moment

m

μ

magnetic susceptibility

χ

magnetizability

ξ

magnetogyric ratio

γ

m

mass concentration

γ

ρ

mass density mass excess

Δ

w

A

λ

m

micro milli minute mobility

μ

modulus of elasticity

E

m

b

molar molar refraction

R

molarity mole molecular orbital molecular weight moment of a force

M

moment of inertia

I

J

p

muonium mutual inductance

M

nano neper neutrino neutron neutron number

N

newton normal stress

σ

nucleon number number concentration

C

n

n

number fraction number of entities

N

ångström

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_{rs}

η

partial molar Gibbs energy partial molar quantity partial pressure partition function pascal percent period

T

μ

permeability of vacuum

μ_{0}

ε

permittivity of vacuum peta photochemical yield photon photon quantities physical quantity pico plane angle poise positronium potential energy

E_{p}

V

potential of a cell reaction power

P

power level pre-exponential factor

A

p

principal moments of inertia probability

P

probability density

P

proton

rad radian radiant energy

Q

radiant energy density

ρ

w

radiant quantities radioactivity rate of conversion

\dot{ξ}

X

μ

reflection factor refractive index

n

relative activity relative atomic mass

A_{r}

relative density

d

relative elongation relative molar mass relative molecular mass

M_{r}

relative permeability

μ_{r}

relative permittivity

ε_{r}

relaxation time rem resistivity

ρ

resolution resolving power

R

resonance integral

H_{rs}

rotational constants rotational term

F

röntgen

SI Système International d'Unités second second

s

sedimentation coefficient

s

self inductance

L

G

γ

τ

shielding constant

σ

siemens sievert solid angle

Ω

ω

specific specific conductance specific surface area spectral intensity spectral quantities speed

ν

c

speed distribution function

F (c)

spin-orbit coupling constant

A

spin–spin coupling constant

J_{AB}

standard Gibbs energy of activation

Δ^{‡} G^{⚬}

Δ^{‡} G

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 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

Γ

surface pressure surface tension

γ

σ

symmetry number

s

temperature tera term

T

term symbols tesla thermal conductance

G

thermal conductivity

λ

thermal resistance

R

thermochemical calorie thermodynamic temperature

T

threshold energy

E_{0}

t

T

torr transition wavenumber

\tilde{ν}

transmission factor transmittance

T

τ

transport number

t

velocity

v

c

vibrational term

G

virial coefficients viscosity volt volume fraction

ϕ

volume of activation

Δ^{‡} V

θ

watt wavefunction

Ψ

ψ

φ

λ

σ

\tilde{ν}

G

w

W