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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. B, Beam Interactions with Materials and Atoms >Optical diffraction radiation for position monitoring of charged particle beams
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Optical diffraction radiation for position monitoring of charged particle beams

机译:光学衍射辐射,用于监视带电粒子束的位置

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In the framework of the future linear collider collaboration (CL1C, ILC), non-intercepting beam monitoring instruments are under development for very low emittance and high charge density beams. Optical diffraction radiation (ODR) was studied and developed during the last years focussing on beam size measurements. We propose in the paper to consider the use of diffraction radiation for ultra relativistic beams as position monitors with applications for the centering of scrapers, collimators and targets with high resolution. We present the experimental results obtained using small aperture slits on the ATF2 extraction beam line at KEK and on the Cornell Electron Storage Ring with 1.2 GeV and 2.1 GeV electrons respectively.
机译:在未来的线性对撞机协作(CL1C,ILC)的框架中,非拦截光束监测仪器正在开发中,用于发射极低的发射和高电荷密度的光束。近年来,研究和开发了光学衍射辐射(ODR),重点是光束尺寸的测量。我们在本文中建议考虑将衍射辐射用于超相对论光束作为位置监控器,并将其用于高分辨率的刮刀,准直仪和目标的对中。我们介绍了在KEK的ATF2提取光束线上以及在分别具有1.2 GeV和2.1 GeV电子的康奈尔电子存储环上使用小孔径狭缝获得的实验结果。

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