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Some closed-form solutions of the temperature field due to bending magnet and undulator heating in APS

机译:APS中由于弯曲磁铁和波荡器加热而引起的温度场的某些封闭形式的解决方案

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Abstract: Several temperature field solutions due to bending magnet and undulator x-ray heating are developed and presented in this paper. The Gaussian power distribution is simulated as the bending magnet whereas a Gaussian-parabolic type of power distribution is used for the undulator/wiggler heating. The heating on a 2-D plane, 3-D block, thin disk, infinite wedge plane, infinite wedge block, and beryllium-copper composite are analyzed. Parametric studies are also included to determine the optimized temperature. !8
机译:摘要:本文提出并提出了几种由于弯曲磁体和波荡器X射线加热而产生的温度场解决方案。高斯功率分布被模拟为弯曲磁体,而高斯-抛物线型功率分布用于波荡器/摇摆器加热。分析了在2-D平面,3-D块,薄盘,无限楔形平面,无限楔形块和铍铜复合材料上的加热。还包括参数研究以确定最佳温度。 !8

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