NUMERICAL CALCULATION OF REB DIODE AND EXPERIMENTAL RESEARCH

Zhang Dong; Yang Dawei; Wu Fangfang; Ma Weiyi; Wang Youtian; Huang Debao

Zhang Dong, Yang Dawei, Wu Fangfang, et al. NUMERICAL CALCULATION OF REB DIODE AND EXPERIMENTAL RESEARCHJ. High Power Laser and Partical Beams, 1994, 06(02): 229-234.

Citation:

Zhang Dong, Yang Dawei, Wu Fangfang, et al. NUMERICAL CALCULATION OF REB DIODE AND EXPERIMENTAL RESEARCHJ. High Power Laser and Partical Beams, 1994, 06(02): 229-234.

Citation:

Zhang Dong, Yang Dawei, Wu Fangfang, et al. NUMERICAL CALCULATION OF REB DIODE AND EXPERIMENTAL RESEARCHJ. High Power Laser and Partical Beams, 1994, 06(02): 229-234.

NUMERICAL CALCULATION OF REB DIODE AND EXPERIMENTAL RESEARCH

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Abstract

A large area diode(12cm × 75cm) using a single insulating structure withoutgrading has been used in the research work of hundred-joule KrF laser.The distribution of elec-tric field lines and equipotential lines in REB(relativistic electron beam) diode has been calcu-lated and compared with the experimental results.There is no flashover occurred when the elec,tric field is less than 3kV/cm at the triple point(junction of a lucite wall with metallic wall anda vacuum).

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NUMERICAL CALCULATION OF REB DIODE AND EXPERIMENTAL RESEARCH

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