jaxrts.hnc_potentials.KlimontovichKraeftPotential.full_r

KlimontovichKraeftPotential.full_r(plasma_state, r)[source]
\[V_{e i}^{\mathrm{KK}}(r)=-\frac{k_{B}T\xi_{e i}^{2}}{16} \left[1+ \frac{4\pi\varepsilon_0 k_{B}T\xi_{e i}^{2}}{16Z e^{2}} r\right]^{-1}\]

In the above equation, \(\xi{e i} = (Z e^2 \beta) / (\lambda_{e i} 4 \pi \varepsilon_0)\).

\(Z e^{2} = q^2\), and \(\beta = 1/(k_B T)\) (see note above)

Examples using jaxrts.hnc_potentials.KlimontovichKraeftPotential.full_r

HNC: Electron-Ion Potentials

HNC: Electron-Ion Potentials

Compare HNC Calculations to Gregori.2006

Compare HNC Calculations to Gregori.2006

Static structure factor of the electron-ion system

Static structure factor of the electron-ion system