## Transport Phenomena in Ionized Gases as an Initial Value Problem, Volume 559 |

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approach is shown asymptotic expansion asymptotic formula axis Boltzmann equation brackets of equation collision components configuration space D. A. Huchital diffusing gas diffusion equation diffusion phenomenon discuss distribution function distribution of velocities E. H. Holt electric field ELECTRON GAS energy delivered equation 20 Equation l8 f and f Fick's law flow G(vx Gaussian Huchital and E. H. initial condition initial distribution initial value problem initial velocities IONIZED GASES macroscopic number of particles obtain orbit in phase phase space PHENOMENA IN IONIZED plasma positive and negative potential energy PROBLEM By D. A. propagating groups Refs RENSSELAER POLYTECHNIC INSTITUTE residue result Rx/vx second term Simplifying single particle orbit solution solve the Boltzmann square brackets symmetric telegrapher's equation temperature gradients term describing term in square thermal energy tion TRANSPORT PHENOMENA V V exp variables velocity distribution velocity space yield