强电子束与等离子体的相互作用

atomnaya Energ Pub Date : 1961-12-01 DOI:10.1088/0368-3281/4/4/308

A. Berezin, Y. Faǐnberg, G. Berezina, L. I. Bolotin, V. G. Stupak

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引用次数: 5

摘要

用实验方法测定了原未调制电子束通过非磁场等离子体时的能量损失。当电流为8 a，能量为26 keV，等离子体密度为(-7相似的9)× 1010 cm-3时，这些损耗相当于电子束能量的12%。结果表明，这些巨大的能量损失是由于光束与等离子体的相干相互作用造成的。

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INTERACTION OF STRONG ELECTRON BEAMS WITH PLASMA

The energy losses of an originally unmodulated electron beam during its passage through a plasma which is not in a magnetic field have been determined experimentally. With a current of 8 A, an energy of 26 keV and a plasma density of (-7 similar 9) × 1010 cm-3, these losses amount to 12 per cent of the energy of the electron beam. It is shown that these large energy losses are due to the coherent interaction of the beam with the plasma.

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atomnaya Energ

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