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Physics and Challenges of Superconducting Cavities for Particle Accelerators and Theoretical Implication towards Higher Performance:

机译：粒子加速器超导腔的物理与挑战及对更高性能的理论意义：

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Takayuki KUBO;
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1. Metal forming technology for the fabrication of seamless Superconducting radiofrequency cavities for particle accelerators [J] . MATEC Web of Conferences . 2015,第1期

机译：金属成形技术，用于制造粒子加速器的无缝超导射频腔
2. Superconducting Radio-Frequency Cavities for Low-Beta Particle Accelerators [J] . Michael Kelly Reviews of accelerator science and technology . 2012,第Null期

机译：低β粒子加速器的超导射频腔
3. Evaluation of the Propensity of Niobium to Absorb Hydrogen During Fabrication of Superconducting Radio Frequency Cavities for Particle Accelerators [J] . R. E. Ricker, G. R. Myneni Journal of Research of the National Institute of Standards and Technology . 2010,第5期

机译：粒子加速器超导射频腔制造过程中铌吸收氢的倾向性评估
4. Multiphysics Analysis of Frequency Detuning in Superconducting RF Cavities for Proton Particle Accelerators [C] . M. H. Awida, I. Gonin, D. Passarelli, IEEE MTT-S International Conference on Numerical Electromagnetic and Multiphysics Modeling and Optimization . 2015

机译：质子粒子促进剂超导RF腔体频率静脉静脉静脉差异
5. Surface Characterization of Impurities in Superconducting Niobium for Radio Frequency (RF) Cavities used in Particle Accelerators. [D] . Maheshwari, Prateek. 2012

机译：粒子加速器中使用的射频（RF）腔中超导铌中杂质的表面表征。
6. Evaluation of the Propensity of Niobium to Absorb Hydrogen During Fabrication of Superconducting Radio Frequency Cavities for Particle Accelerators [O] . R. E. Ricker, G. R. Myneni 2010

机译：粒子加速器超导射频腔制造过程中铌吸收氢的倾向性评估
7. Present Status and Future Prospects of Particle Accelerators Using Superconducting RF Cavities [O] . Eiji KAKO 2019

机译：使用超导RF腔的粒子促进剂的现状和未来前景

Physics and Challenges of Superconducting Cavities for Particle Accelerators and Theoretical Implication towards Higher Performance:

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