Development of the Cyclotron Radiation Source with Vortex property

Y. Goto, S. Kubo, T. Tsujimura
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Abstract

Recently it has been shown that the radiation from a charged particle in spiral motion has vortex property. Although the cyclotron emission exists universally in nature, the vortex property has not been featured because this property is normally cancelled out due to the randomness in the gyro-phase of electrons. In order to generate the vortex radiation from mul-ti-electron in cyclotron motion, we are developing a method to control the gyro-phase by the high power gyrotron. The electrons which have cyclotron motion around the magnetic field can be phase-matched by interaction with the external high power circularly polarized gyrotron beam. The coherent radiation can be obtained from these phase matched electrons.
具有旋涡特性的回旋加速器辐射源的研制
最近研究表明,带电粒子在螺旋运动中的辐射具有涡旋性质。虽然回旋辐射在自然界中普遍存在,但由于电子陀螺相位的随机性,旋涡特性通常被抵消,因此旋涡特性尚未得到表征。为了在回旋加速器运动中产生多电子涡旋辐射,我们研究了一种利用大功率回旋加速器控制回旋相位的方法。在磁场周围具有回旋运动的电子可以通过与外部高功率圆极化回旋管束相互作用实现相位匹配。这些相位匹配的电子可以获得相干辐射。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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