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Abstract <p>Experimental computations are used to study the spatial-temporal structure of the radiation field of a charged particle moving in the accelerating gap of an electron gun (a diode gap). It is shown that the radiation field is in this case a unipolar electromagnetic pulse. The dependence of the shape of the emitted pulse on the rate of particle acceleration is analyzed.</p>

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Radiation Field of a Charged Particle Accelerated in a Diode Gap

  • 期刊论文

  • 发表日期：

    2026年1月1日

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  • V. N. Kornienko,
  • V. V. Kulagin

摘要

Abstract

Experimental computations are used to study the spatial-temporal structure of the radiation field of a charged particle moving in the accelerating gap of an electron gun (a diode gap). It is shown that the radiation field is in this case a unipolar electromagnetic pulse. The dependence of the shape of the emitted pulse on the rate of particle acceleration is analyzed.