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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. B, Beam Interactions with Materials and Atoms >Cherenkov and parametric (quasi-Cherenkov) radiation produced by a relativistic charged particle moving through a crystal built from metallic wires
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Cherenkov and parametric (quasi-Cherenkov) radiation produced by a relativistic charged particle moving through a crystal built from metallic wires

机译:相对论的带电粒子穿过由金属线制成的晶体而产生的Cherenkov和参量(准Cherenkov)辐射

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摘要

Parametric radiation in THz frequency range, produced by relativistic charged particles moving through a crystal built from metallic wires is considered. Effective polarizabilities of the crystal are found. The radiation intensity is shown to be maximal at λ ~ 2πR, where R is the wire radius and λ is the radiation wavelength. The peak power of Cherenkov and parametric radiation produced by electron bunches in such a crystal at λ ~ 2πR are demonstrated to be high enough to enable experimental observation and practical applications.
机译:考虑了由相对论的带电粒子穿过由金属线制成的晶体所产生的THz频率范围内的参数辐射。发现了晶体的有效极化率。辐射强度在λ〜2πR处显示为最大,其中R为导线半径,λ为辐射波长。事实证明,在这样的晶体中,契伦科夫的峰值功率和电子束在λ〜2πR处产生的参量辐射足够高,可以进行实验观察和实际应用。

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