Emittance Growth Due to the Nonlinear RF Field Near the Cathode of RF Electron Gun

Wang Sheng; Fu Shinian; Yang Tianlu

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Emittance Growth Due to the Nonlinear RF Field Near the Cathode of RF Electron Gun

机译：射频电子枪阴极附近的非线性射频场导致的发射率增长

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摘要

RF effect and space charge effect are the main sources of the emittance growth in the RF electron gun. The single particle dynamics near the cathode is discussed, and the emittance growth due to RF nonlinear force and time-dependent force are studied in detail. Comparison with the emittance at the gun exit shows that the emittance growth due to nonlinear RF effect near the cathode can not be neglected.

机译：射频效应和空间电荷效应是射频电子枪中发射率增长的主要来源。讨论了阴极附近的单粒子动力学，并详细研究了由于射频非线性力和随时间变化的力导致的发射率增长。与喷枪出口处的发射率比较表明，不能忽略由于阴极附近的非线性RF效应引起的发射率增长。

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来源
《Chinese Journal of Nuclear Physics》 |1996年第3期|p.176-181|共6页
作者
Wang Sheng; Fu Shinian; Yang Tianlu;
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原文格式 PDF
正文语种 eng
中图分类原子核物理学、高能物理学;
关键词
laser driven RF gun; RF effect emittance;

机译：激光驱动射频枪;射频效应发射;

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专利

1. Emittance Growth Due to the Nonlinear RF Field Near the Cathode of RF Electron Gun [J] . 原子核物理：英文版 . 1996,第003期

机译：射频电子枪阴极附近的非线性射频场导致的发射率增长
2. Study of thermionic RF-gun phase-space dynamics and slice emittance under influence of external electromagnetic fields [J] . K. Kusoljariyakul, C. Thongbai Nuclear Instruments & Methods in Physics Research . 2011,第1期

机译：外部电磁场影响下的热电子射频枪相空间动力学和切片发射率的研究
3. High-performance field-emission electron gun using a reticulated vitreous carbon cathode [J] . Brady C. Smith, Charles E. Hunt, Ivor Brodie, Journal of Vacuum Science & Technology . 2011,第2期

机译：使用网状玻璃碳阴极的高性能场发射电子枪
4. Development of a low emittance electron gun based on field emission cathodes [C] . Ganter, R., Bakker, . 2005

机译：基于场发射阴极的低发射电子枪的研制
5. Predictions regarding the performance of field emission cathodes in radio frequency guns. [D] . Virgo, Mathew. 2010

机译：关于射频枪中场发射阴极性能的预测。
6. Compression of high-density 0.16 pC electron bunches through high field gradients for ultrafast single shot electron diffraction: The Compact RF Gun [O] . Hazem Daoud, Klaus Floettmann, R. J. Dwayne Miller 2017

机译：通过高场梯度压缩高密度0.16 pC电子束实现超快单次电子衍射：紧凑型RF枪
7. Emittance measurement of electron beam of RF gun with plasma ferroelectric cathode [O] . Khodak I.V., Kushnir V.A. 2006

机译：等离子体铁电阴极射频枪电子束的发射率测量

Emittance Growth Due to the Nonlinear RF Field Near the Cathode of RF Electron Gun

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