Relativistic non‐neutral electron flow in a planar triode

Hei W. Chan, Ronald C. Davidson, Khanh T. Nguyen, Han S. Uhm
1987 Journal of Applied Physics  
The steady-state cold-fluid-Poisson equations are used to investigate the influence of space-charge effects on relativistic nonneutral electron flow in a planar triode with cathode located at z = -LCA, anode located at z = 0, and a plane conductor located at z = d. An intense relativistic electron beam with current density -0 (generated in the diode region) is injected through the anode plane. A one-dimensional theoretical model is employed in which the
doi:10.1063/1.337974 fatcat:24ktmxlxw5ecpc4xmt56ghd5xy