Activity coefficient

Adiabatic compressibility

Amount concentration (molarity)

Amount ratio of solute to solvent

Antoine constant

Apparent molar heat capacity

Apparent molar volume

Azeotropic composition: mole fraction

Azeotropic pressure

Boiling temperature at pressure P

Complex relative permittivity (Imaginary part) at various frequencies

Complex relative permittivity (Real part) at various frequencies

Excess adiabatic compressibility

Excess molar enthalpy (molar enthalpy of mixing)

Excess molar volume

Excess speed of sound

Excess viscosity

Final molality of solute

Initial molality of solute

Mass density

Mass fraction

Mass ratio of solute to solvent

Molality

Molar Gibbs energy function {Gm(T)-Hm(0)}/T

Molar enthalpy

Molar enthalpy of dilution

Molar enthalpy of mixing with solvent

Molar enthalpy of reaction

Molar enthalpy of solution

Molar enthalpy of transition or fusion

Molar enthalpy of vaporization or sublimation

Molar entropy

Molar heat capacity at constant pressure

Mole fraction

Normal melting temperature

Partial molar heat capacity at constant pressure

Partial molar volume

Phase boundary pressure

Pressure

Ratio of amount of solute to mass of solution

Refractive index (Na D-line)

Relative permittivity at zero frequency

Self diffusion coefficient

Solid-liquid equilibrium temperature

Solvent: Mass fraction

Solvent: Mole fraction

Solvent: Ratio of amount of component to mass of solvent

Speed of sound

Surface tension liquid-gas

Temperature

Vapor or sublimation pressure

Viscosity

Volume fraction

Wavelength

temperature

Apparent

Azeotrope

Excess

Ideal

Infinite dilution

Isentropic

Isobaric

Isosteric

Isothermal

Saturated

2 phases (gas/liquid) state

Gas state

Liquid state

Liquid-liquid equilibrium

Solid state

Solid-liquid equilibrium

Sublimation equilibrium

Vapor-liquid equilibrium

Vapor-liquid-liquid equilibrium

Binary system

Pure compound

Ternary system