PPT-Pellin Plasmonic Photocathodes

Cherenkov Radiation Photocathode h u gt e β v p c Ag Particles Ag Arrays Ag Films The Problem With Photocathodes Photon Absorption Length vs Electron escape depth. They have GaAsCs0 photocathodes ultraviolettransmitting glass win dows and inline copper beryllium dynode structures The C31034A is a variant of the C31034 Series which exhibits higher photocathode responsivity The C31034 Series is designed specific dixon. Carleton College; . NorthfielD. , MN. Mentors: Dr. Ivan . Bazarov. , Dr. . Yulin. Li, Dr. . Xianghong. Liu. Cornell university, summer 2011. Activation Studies of Gallium Arsenide . Photocathodes. State Key Laboratory of Advanced Optical Communication Systems and Networks, Shanghai Jiao Tong University, Shanghai, 200240, China School of Mathematics & Physics, Changzhou University, Changzhou, 2 SEMICONDUCTOR PHOTOCATHODES. Siddharth Karkare. Advisor: Ivan . Bazarov. 1. Acknowledgements. Prof. Ivan . Bazarov. Dr. Luca . Cultrera. , Dr. Dimitri . Dimitrov. , Dr. Bill . Schaff. and Tobey Moore. Merging photonics and electronics. At . nanoscale. / low dimension. 戴极. (C), . 陈少闻. , . 吴蒙. , . 杨婧. , . 赵怡程. , . 黄建平. , . 潘瑞. , . 陈光缇. 2013-11-19. Surface Physics Group Presentation - Fall, 2013, Peking University. Jae Woong Yoon. , . Kyu. Jin Lee, . Manoj. . Niraula. , Mohammad . Shyiq. . Amin. ,. and Robert Magnusson. Dept. of Electrical Engineering, University of Texas – Arlington, TX 76019, United States. Getter Sources vs. Metallic Evaporation Sources. Charlie Sinclair. Cornell University (ret.). 6/24/2012. UChicago Photocathode Workshop. 1. Alkali (Na, K, . Rb. , Cs) Characteristics. Low melting temperature. Getter Sources vs. Metallic Evaporation Sources. Charlie Sinclair. Cornell University (ret.). 6/24/2012. UChicago Photocathode Workshop. 1. Alkali (Na, K, . Rb. , Cs) Characteristics. Low melting temperature. Recent research on high yield metallic cathodes – An overview of plasmonic cathodes for industry. Outline. Intro/Background. RadiaBeam/UCLA collaboration highlights. Plasmonic Cu cathodes tests at UCLA PBPL Pegasus. Joshua T. Paul, Alice . Galdi. , Siddharth . Karkare. , Howard . Padmore. , Ivan . Bazarov. , Richard G. Hennig. Common photocathode materials: GaAs, . InGaAs. , . CsTe. , . CsI. , . SbCs. , Sb-K-Cs, Na-K-Sb. Francesco . Arcadio. , Nunzio . Cennamo. , Chiara Perri, Ciro Natale and Luigi . Zeni. Department of Engineering, . University of Campania L. . Vanvitelli. ,. Via Roma, 29. 81031 Aversa, . Italy. INTCATCH, 4-7 September 2019- London, UK. must be built to . implement electron cooling of the proton beam for the Jefferson Lab Electron Ion Collider . which requires . continuous wave (CW) electron beam at high average current and high bunch charge. A superconducting radio frequency (SRF) . Kurt . Aulenbacher. . (Uni. Mainz). Erdong Wang. . (BNL). 6/26/17. 1. Talks. . summary:. . Photocathode. 6/26/17. 2. 1. 6. 1. 3. 3. 6. . invitation. . talks+1. . contribution. . talks. 1. 5. 1. Presenter: Zihao Ding. Department of Materials Science & Engineering,. Stony Brook University. Outline. Introduction of . alkali antimonide photocathode. Introduction of the in-operando growth system.