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Graduate School of Engineering Hiroshima University HigashiHiroshima JapanDepartment of Physics University of Nevada Reno ne of the most crucial issues of electrondriven fast ignition is efficie. Outline. Introduction. AWAKE in CNGS. Planning. Ongoing Work. Summary. Edda Gschwendtner, CERN. 2. Introduction. AWAKE . – A Proton Driven Plasma Wakefield Acceleration Experiment at . CERN. Proof-of-principle R&D experiment proposed at CERN. . Edda . Gschwendtner, CERN. Outline. Motivation. AWAKE at CERN. AWAKE Experimental Layout: 1. st. Phase . AWAKE . Experimental Layout: . 2. nd. . Phase. Experimental Facility at CERN. Electron Source. . Muons, Inc.. Innovation in research. The Problem: Bunched Beam Tomography. Advanced accelerator beam diagnostics are essential for user facilities that require intense proton beams with small . emittances. . generated in the bubble regime. Baifei . Shen. (. 沈百飞. ). State Key Laboratory of High Field Laser Physics,. Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, . No. 390, Qinghe Road, Jiading District, Shanghai 201800, China. Yue Hao. Collider-Accelerator Department. Brookhaven National Laboratory. Jan 10, 2009 EIC Meeting at Stony Brook. Outline. Beam-beam effect on the Electron beam. Beam distribution disruption. Mismatch with the design lattice. Erik Adli (University of Oslo). For the FACET E200 collaboration. CLIC Beam Dynamics meeting. CERN, Sep 5 2012. Introduction. 2. Beam-driven plasma-wake field acceleration. Principle of beam-driven plasma-. L.J.Mao. (IMP), . H.Zhang. (. Jlab. ). On behalf of colleagues from . Jlab. , BINP . and . IMP. Motivation. . HIRFL-CSR facility. . Cooling Experiments @ HIRFL-CSR. . Simulation works. Rozario. , Rob . Shalloo. , John Wood. ATF User Meeting. 14-. 1. 1-. 201. 8. 1. Z. Najmudin. Scientific Case. 2. Cole, J. M. et al. Proc. Natl. Acad. Sci.. , . 2018/06/04/1802314115. Kneip. , S. . et al.. Andrzej G. . Chmielewski. Institute of Nuclear Chemistry and Technology. Warsaw, Poland. ARIES Meets Industry - accelerator application to the ship exhaust gases treatment. 1 Dec 2017,. TANGO 2. Flue gas electron beam irradiation. . V.A. . Gribkov. Institute . of Plasma Physics and Laser Microfusion, Warsaw, . Poland . Institution . of Russian Academy of Sciences “A.A. Baikov Institute of Metallurgy and Material Science”, Moscow, . Compact Ion Sources . - . ALISES . ion sources family developed at CEA . Saclay. Olivier TUSKE. Université Paris-Saclay – CEA – Irfu. ICIS 2023 September 18, Victoria, BC, CANADA. OUTLINE. ECR . CEA/IRFU Team. Alban . Mosnier (WP2 Leader). Accelerator physicist, expertise in beam dynamics (and instabilities), Linacs (design, SRF), project coordination. Immersed in new acceleration techniques, especially LWFA since two years. Erik Adli, Carl A. . Lindstrøm. ,. University of Oslo, Norway. in collaboration with :. Gevy. J. Cao, Ben Chen, Ole Gunnar . Finnerud. (University of Oslo, Norway),. with input from the community. PI: . Dr.. Ivan Konoplev. Co-I: Mr. Huibo Zhang. JAI, Department of Physics, . University of Oxford . Aim of the project . The . aims . of the research project . are. 1/ . to produce . fs-micro-bunch .