ρ, ρl, ρv	density, liquid density, vapor density (kg/m3)	M	molecular mass (kg)
u	velocity (m/s)	γ	specific heat capacities ratio
U′	fluctuation velocity (m/s)	hv	vapor specific enthalpy (J/kg)
P	pressure (Pa)	R	gas-law constant
τij	stress tensor	S	super saturation ratio
E	total energy	Cp	isobaric heat capacity (J/(kgK))
αeff	effective thermal conductivity	T 0	droplet temperature (K)
β	mass fraction	Vd	average droplet volume (m3)
Γ	mass generation rate (kg/s)	B, C	Virial coefficients (m3/kg, m6/kg2)
$\overline{r}$	droplet average radius (m)	αv	volume fraction
r*	critical droplet radius (m)	h	specific enthalpy (J/kg)
I	nucleation rate (1/s)	s	specific entropy (J/(kg·mol·K))
η	droplet number density (1/m3)	k	turbulent kinetic energy
qc	evaporation coefficient	μt	eddy viscosity
θ	non-isothermal correction factor	ε	turbulence kinetic energy dissipation
σ	droplet surface tension (kg/m)	Sij	strain rate
T	thermal temperature (K)	C2, C1ε, C3ε, σk, σε	model coefficients
K	Boltzmann constant	Sk, Sε	source terms