## Induced Pressure and Temperature Gradients in a Plasma as a Result of Weak Electric Fields |

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13-moment velocity distribution additional appears application assumption Boltzmann equation calculations closing coefficients collision integrals collision model comparisons complete consistent contain convergence corresponding defined derivative differences dimensionless electric field electron diffusion velocity electron frame electron particle velocity electron temperature electron-electron employed equation 28 equation 36 equations of change errors especially Everett exact solution expression formulation frame of reference gases gives Grad 13-moment approximation Grad's 13-moment velocity heat flux heavy higher important included indicate induced pressure interparticle interaction potentials laboratory frame macroscopic equations manner Maxwellian Meador methods moments NASA nondimensional number density obtained parameter particle velocity relative plasmas preceding predictions present research pressure and temperature pressure gradient proposed radial relations relative to electron relative to laboratory Report second order second-order solve spatially homogeneous contribution studies Systems technique temperature gradients tion transport values velocity distribution function Willard yield zero