Abstract

The results of mechanical and electrodynamic calculations of a frequency tuner for the half-wave superconducting resonator operating at 325 MHz and a relative speed of 0.21 for the Nuclotron-NICA mega-science injection facility are presented. The tuner compensates for the resonance frequency drift caused by external factors. Methods for tuning the frequency of half-wave resonators are considered, the method most suitable for the conditions of the project is selected, and the design of a frequency tuner is developed.

中文翻译：

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超导半波谐振器频率控制装置的研制

摘要

给出了在325 MHz下运行的半波超导谐振器的频率调谐器的机械和电动动力学计算结果，对于Nuclotron-NICA大型科学注射设备，其相对速度为0.21。调谐器补偿了由外部因素引起的谐振频率漂移。考虑了调谐半波谐振器频率的方法，选择了最适合项目条件的方法，并开发了频率调谐器的设计。