Table 1.

Conversion to reduced units for some commonly used quantities with $\mathit{\epsilon }$, $\mathit{\sigma }$ and m as the basis units for energy, length and mass, respectively

Quantity	In reduced units
Energy	$E^{\ast }=E/\mathit{\epsilon }$
Length	$L^{\ast }=L/\mathit{\sigma }$
Mass	$M^{\ast }=M/m$
Density	${\mathit{\rho }}^{\ast }={\mathit{\sigma }}^3\mathit{\rho }$
Temperature	$T^{\ast }=(k_{\text{B}}T)/\mathit{\epsilon }$
Force	$F^{\ast }=(\mathit{\sigma }F)/\mathit{\epsilon }$
Pressure	$p^{\ast }=({\mathit{\sigma }}^{3}p)/\mathit{\epsilon }$
Time	$t^{\ast }=t\sqrt{\mathit{\epsilon }/(m{\mathit{\sigma }}^3)}$