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188宝金博页面版: Radiation sources and diagnostics with ultrashort electron bunches(超短电子束的辐射源和诊断)

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内容提示: Radiation sources and diagnostics with ultrashort electronbunchesP. Catravas, E. Esarey, W.P. Leemansl’OASIS Group, Center for Beam Physics, Lawrence Berkeley National Laboratory, University ofCalifornia,Berkeley, CA 94720(November 2, 2001)AbstractThe basic principles and design of radiation sources (transition radiation,Cerenkov radiation, radiation from periodic structures, etc) and radiation-based diagnostics will be discussed, with emphasis on radiation from ultra-short electron bunches. Ultrashort el...

文档格式:PDF | 页数:34 | 浏览次数:11 | 上传日期:2020-10-11 10:55:42 | 文档星级:
Radiation sources and diagnostics with ultrashort electronbunchesP. Catravas, E. Esarey, W.P. Leemansl’OASIS Group, Center for Beam Physics, Lawrence Berkeley National Laboratory, University ofCalifornia,Berkeley, CA 94720(November 2, 2001)AbstractThe basic principles and design of radiation sources (transition radiation,Cerenkov radiation, radiation from periodic structures, etc) and radiation-based diagnostics will be discussed, with emphasis on radiation from ultra-short electron bunches. Ultrashort electron bunches have the potential toproduce high peak f l ux radiation sources that cover wavelength regimes wheresources are currently not widely available (coherent THz/IR) as well as ul-trashort X-ray pulses (3-100 fs). While radiation from the electron bunchcontains the full signature of the electron beam and/or medium it has trav-elled through, the deconvolution of a single property of interest can be dif f i cultdue to a large number of contributing properties. The experimental imple-mentation of novel solutions to this problem will be described for beams from30 MeV to 30 GeV, including f l uctuational interferometry, source imaging,phase matched cone angles and laser-based techniques, which utilize opticaltransition radiation, wiggler and Cerenkov radiation, and Thomson scatter-ing. These novel diagnostic methods have the potential to resolve fs bunchdurations, slice emittance on fs scales, etc. The advantages and novel featuresof these techniques will be discussed.1Physics of Plasmas, to appear, 2002.

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