Volume flux	m ${\text{s}}^{-1}$	$J_V^{\ast }=J_V{\sigma }_{11}^6{\left(\frac{m_1}{{\epsilon }_{11}}\right)}^{1/2}$
Soret coefficient	${\text{K}}^{-1}$	$S^{\ast }=S\frac{{\epsilon }_{11}}{k_{\text{B}}}$
Thermo-osmotic coefficient	Pa ${\text{K}}^{-1}$	$D_{\mathrm{P}}^{\ast }=D_{\mathrm{P}}\frac{{\sigma }_{11}^3}{k_{\text{B}}}$
Heat of transfer (molar)	Joule ${\text{mole}}^{-1}$	${\left(q_1^{\ast }\right)}^{\ast }=q_1^{\ast }\frac{1}{{\epsilon }_{11}}$
Heat of transfer (diffusion)	Joule ${\text{mole}}^{-1}$	${\left(q_D^{\ast }\right)}^{\ast }=q_D^{\ast }\frac{1}{{\epsilon }_{11}}$
Heat of transfer (volume)	Joule ${\text{m}}^{-3}$	${\left(q_V^{\ast }\right)}^{\ast }=q_V^{\ast }\frac{1}{{\epsilon }_{11}{\sigma }_{11}^3}$