首页> 外文会议>Electromagnetic Compatibility Symposium Record, 1968 IEEE >Study of 200kA REB focussing depending on the “Kalmar” diode geometry
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Study of 200kA REB focussing depending on the “Kalmar” diode geometry

机译:根据“ Kalmar”二极管的几何形状研究200kA REB聚焦

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High-power relativistic electron beam focussing represents an important problem to be solved in order to make the controlled pulsed electron fusion feasible. As shown by L. I. Rudakov [1, 2], a relativistic electron beam with a current 107A and a power density. in the beam 1013W/cm2 is required. The “Kalmar-1” accelerator, producing a relativistic electron beam with a 5·1011 – 5·1012W/cm2 power density, is described. The results on the relativistic electron beam focussing as a function of electrode geometry and voltage prepulse in the high-voltage diode are presented.
机译:为了使受控脉冲电子聚变可行,大功率相对论电子束聚焦是一个需要解决的重要问题。如L. I. Rudakov [1,2]所示,相对论电子束的电流为10 7 A,功率密度为。在光束中需要10 13 W / cm 2 。 “ Kalmar-1”加速器,产生相对论电子束,功率为5·10 11 – 5·10 12 W / cm 2 描述密度。给出了相对论电子束聚焦与高压二极管中电极几何形状和电压预脉冲的关系的结果。

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