PPT-Computational Screening for New Photocathode Materials

Joshua T Paul Alice Galdi Siddharth Karkare Howard Padmore Ivan Bazarov Richard G Hennig Common photocathode materials GaAs InGaAs CsTe CsI SbCs SbKCs NaKSb. Grand Challenges Summit. CATALYSTS. Breakout Chairs. : . . Mark . Barteau (U. . Michigan). . Cathy . Tway . (The Dow Chemical Company). Breakout Speakers. :. Plenary #1: Laura . Gagliardi. (U. Minnesota). Photocathodes. for the reporting period: 1.05.2013 – 30.04.2014. Evaluate Pb photocathode deposition for improved performance of SRF guns. Characterise and optimise performance of Diamond Amplifier Cathode solutions for SRF guns. Authors: Kyu . Han . Koh et. al.. Presented . by : . Ali Anwar. ABOUT ME. B.Sc. Electrical Engineering, University of Engineering and Technology Lahore, Pakistan. M.Sc. Computer Engineering. , University of Engineering and Technology Lahore, . 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. Brightness Limiting Phenomena. Simulated bunch profile for 20pC and 80pC bunch charges from a realistic . birefringent. . pulse-stacked laser profile. .. The onset of the . virtual cathode instability (VCI). Transfer . Photocathodes. for Large Area Micro-Channel Plate Based Photo Detectors. 1. Argonne National Laboratory, Argonne, IL. 2. University of Chicago, Chicago, IL. 3. Fermi National Accelerator Laboratory, Batavia, IL. 1. Photocathodes for Electron Accelerators. Evangelos. . Gazis. Katerina. . . Tzanetou. Pirsi. . Prepibaj. Rafaella. . Kotitsa. Nick . Gazis. (ESS ERIC). Institute of Accelerating Systems & Applications. EN Gazis/IASA. 1. Laser/Photocathode . & Solenoid . study for e-gun. N. Gazis. a. , A. Bignami. a. , . E. . Tanke. a. , E. Trachanas. a. , . I. Telali. b. , K. Tzanetou. b. ,. . ENG. b,c. a) European Spallation . Not all material handling needs are the same. In its product development REMU takes special care to make note of every application and need, both for capacity and for the necessary quality of the � ) . John Allison. University of Michigan. Summer School for Integrated. Computational Materials Education 2016. It takes 10-20 years to develop a new material. 50. 100. 150. 200. 250. 0. 1. 10. 100. Al-4Cu. 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) . Institute of Heavy Ion Physics,. School of Physics, Peking University. Huamu. . XIE. 10/16/2018. P3 meeting 2018, LANL. 1. Outline. Stable Operation of Cs. 2. Te photocathode for PKU DC-SRF Photoinjector. 2018. C. omputational Thermodynamics Module . Review. Katsuyo Thornton,. 1. Paul Mason,. 2. Larry . Aagesen. 3. Department of Materials Science & Engineering, University of Michigan. Thermo-. Calc.