穿越三阶共振的绝热理论及其与VEPP-4M实验的比较
Adiabatic theory of crossing third order resonance and its comparison with experiment at VEPP-4M
AI总结：
本研究提出描述同步加速器三阶betatron共振绝热慢引出的通用解析理论，可计算含色度等因素的束流引出时间图并提出单色化方法，且与VEPP-4M实验结果进行了比对。
摘要：
研究人员开发了通用解析方法，用于描述同步加速器中利用绝热穿越三阶 betatron 共振的粒子慢引出过程。所得公式可计算引出束流电流的时间图（即“spill profile”），且考虑了色度、粒子动量分散以及同步加速器振荡。在此基础上，提出了一种引出束流的单色化方法。该理论已与在VEPP-4M储存环上开展的三阶共振穿越实验所得的部分结果进行了比对。
英文摘要：
The universal analytical approach was developed to describe the process of particle slow extraction from a synchrotron using adiabatic crossing the betatron resonance of the third order. The obtained formulas make it possible to calculate the time diagrams for the current of the extracted beam ('spill profile'), taking into account the chromaticity, particle momentum spread and synchrotron oscillations. On this basis, a method for monochromatization of extracted beam is indicated. The theory is compared with some results obtained in the experiment on crossing the third-order resonance at the VEPP-4M storage ring.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
