用艾因泽尔透镜计算离子束

V. Karabyn, J. Polák, F. Procháska, R. Melich
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引用次数: 0

摘要

离子束计算(IBF)作为一种高精度光学元件最终加工的高确定性方法,已经被一些实验室和公司使用了近20年。目前,高精度光学要求对离子束进行完全控制,包括离子束的轮廓和强度。静电聚焦使用Einzel透镜设置提供了一个简单的选择,通过改变电压来控制离子束的形状。本实验研究探讨了用于控制RF40离子源的Einzel透镜的早期发展。第一个结果证明了使用Einzel透镜来控制离子束轮廓的可能性,并指出了该技术在IBF机器中使用时可能要克服的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ion beam figuring with using Einzel lens
Ion Beam Figuring (IBF) has been used for nearly 20 years by several laboratories and companies as a highly deterministic method of final processing of ultra-precision optical elements. Nowadays, requirements for high precision optics demand to have full control over the ion beam, which includes both the ion beam profile and intensity. Electrostatic focusing using an Einzel lens setup provides a simple option to control the ion beam shape by changing voltage. This experimental study investigates the early stage development of an Einzel lens used to control an RF40 ion source. First results demonstrate the possibility to use an Einzel lens to control the ion beam profile and indicate possible future challenges this technology has to overcome when used in IBF machines.
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