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Breakdown study based on direct in situ observation of inner surfaces of an rf accelerating cavity during a high-gradient test

机译：基于在高梯度试验期间直接原位观察射频加速腔内表面的击穿研究

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Tetsuo Abe; Tatsuya Kageyama; Hiroshi Sakai; Yasunao Takeuchi; Kazuo Yoshino;
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1. Breakdown study based on direct iin?situ/i observation of inner surfaces of an rf accelerating cavity during a high-gradient test [J] . Tetsuo Abe, Tatsuya Kageyama, Hiroshi Sakai, Physical Review. Accelerators and Beams . 2016,第10期

机译：基于对rf加速腔内表面进行高梯度测试的直接 in-situ 观察的击穿研究
2. Direct observation of breakdown trigger seeds in a normal-conducting rf accelerating cavity [J] . Tetsuo Abe, Tatsuya Kageyama, Hiroshi Sakai, Physical Review. Accelerators and Beams . 2018,第12期

机译：在正常传导的射频加速腔中直接观察击穿触发种子
3. Relative humidity dependence of aerosol optical properties and direct radiative forcing in the surface boundary layer at Xinken in Pearl River Delta of China: An observation based numerical study [J] . Y.F. Cheng, A. Wiedensohler, H. Eichler, Atmospheric environment . 2008,第25期

机译：珠三角新垦地表边界层气溶胶光学特性的相对湿度依赖性和直接辐射强迫：基于观测的数值研究
4. EXPERIMENTAL STUDY OF THE EFFECT OF BEAM LOADING ON RF BREAKDOWN RATE IN CLIC HIGH-GRADIENT ACCELERATING STRUCTURES [C] . F. Tecker, R. Corsini, M. Dayyani Kelisani, International Particle Accelerator Conference . 2014

机译：光束负荷对CLIC高梯度加速结构中RF分解速率影响的实验研究
5. Dielectric-loaded microwave cavity for high-gradient testing of superconducting materials. [D] . Pogue, Nathaniel Johnston. 2011

机译：介电加载的微波腔，用于超导材料的高梯度测试。
6. In-situ ATR-FTIR for dynamic analysis of superhydrophobic breakdown on nanostructured silicon surfaces [O] . Nandi Vrancken, Jiaqi Li, Stefanie Sergeant, -1

机译：原位ATR-FTIR用于动态分析纳米结构硅表面上的超疏水性
7. Erratum: Breakdown study based on direct in situ observation of inner surfaces of an rf accelerating cavity during a high-gradient test Phys. Rev. Accel. Beams 19 , 102001 (2016) [O] . Tetsuo Abe, Tatsuya Kageyama, Hiroshi Sakai, 2018

机译：勘误：基于直接原位观察高梯度试验期间RF加速腔内表面的分解研究物理。加速。梁19,102001（2016）

Breakdown study based on direct in situ observation of inner surfaces of an rf accelerating cavity during a high-gradient test

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