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The Surface Treatment of Niobium Superconducting Reentrant Cavities by Means of High Temperature Nitrogen Plasma Based Ion Implantation

机译：基于高温氮等离子体基离子植入铌超导雷入腔的表面处理

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Rogério Moraes Oliveira; Odylio Denys Aguiar; Michel Felipe Lima de Araujo; Matheus M. N. F. Silva; Carina B. Mello; Elvis Ferreira; Vincenzo Liccardo; Graziela da Silva Savonov; Koumei Baba; Renata Lopes Gonçalves de Souza;
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1. Detailed surface analyses and improved mechanical and tribological properties of niobium treated by high temperature nitrogen plasma based ion implantation [J] . R.M. Oliveira, A.C. Oliveira, F.C. Carreri, Applied Surface Science . 2013,第octa15期

机译：高温氮等离子体离子注入处理铌的详细表面分析和改善的力学和摩擦学性能
2. Plasma treatment of bulk niobium surface for superconducting rf cavities: Optimization of the experimental conditions on flat samples [J] . M. Ra?kovi?, J. Upadhyay, L. Vu?kovi?, Physical Review. Accelerators and Beams . 2010,第11期

机译：等离子处理大块铌表面超导射频腔：在平坦样品上优化实验条件
3. The Influence of High-Temperature Nitrogen Plasma-Based Ion Implantation on Niobium Creep Behavior [J] . Aline Capella de Oliveira, Joares Lidovino dos Reis, Rogerio Moraes Oliveira, Advances in materials science and engineering . 2020,第9期

机译：高温氮等离子体基离子注入对铌蠕变行为的影响
4. Effects of Temperature on the Effectiveness of the Surface Barrier Layers on Orthopedic Nickel-Titanium Shape Memory Alloys Fabricated by Nitrogen Plasma Implantation [C] . Poon, Ray W. Y., Ho, . 2005

机译：温度对氮等离子体注入制备的骨科镍钛形状记忆合金表面阻挡层有效性的影响
5. Characterization of Argon and Ar/Cl2 Plasmas Used for the Processing of Niobium Superconducting Radio-Frequency Cavities [D] . Peshl, Jeremy J. 2019

机译：用于加工铌超导射频空腔的氩气和Ar / Cl2等离子体的表征
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. Plasma treatment of bulk niobium surface for superconducting rf cavities: Optimization of the experimental conditions on flat samples [O] . M. Rašković, J. Upadhyay, L. Vušković, 2010

机译：用于超导射频腔的块状铌表面的等离子体处理：优化平坦样品的实验条件

The Surface Treatment of Niobium Superconducting Reentrant Cavities by Means of High Temperature Nitrogen Plasma Based Ion Implantation

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