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Iterative solution of the multistream electron transport equation. I - Comparison with laboratory beam injection experiments (1987)

Varosi, F. ; Porter, H. S. ; Mayr, H. G.

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Publication Date: 2011-08-19

Description: The Neumann iteration method presently used for solving the electron transport equation in which energy, attitude, and pitch angle are independent variables is fast, and can compute numerical point-response-function solutions of the electron transport equation. Because both the inelastic cross sections and angular elastic cross sections of the model are empirically based, the solutions obtained represent a test of compatibility between various sets of cross sections and energy deposition measurements. The use of a numerical quadrature based on analytic phase function forms yields accurate phase function integrals at low computational cost.

Keywords: GEOPHYSICS

Type: Journal of Geophysical Research (ISSN 0148-0227); 92; 5933-595

Format: text

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