Most likely radius in an isotropic power-law trap
= Most likely radius in an isotropic power-law trap
The radial density is proportional to $r^2e^{-r^{2n}/(V^{2n/3}k_BT)}$, whose mode is
$$
r=V^{1/3}\left(\frac{k_BT}{n}\right)^{1/(2n)}.
$$
= Most likely radius in an isotropic power-law trap
The radial density is proportional to $r^2e^{-r^{2n}/(V^{2n/3}k_BT)}$, whose mode is
$$
r=V^{1/3}\left(\frac{k_BT}{n}\right)^{1/(2n)}.
$$