Diagnostics at PITZ 2.0 beamline: Status and new developments

• Main Authors: Otevřel,M., Donat,A., Isaev,I.V., Grabosch,H.J., Gros,M., Hakobyan,L., Henschel,H.M., Ivanisenko,Y., Jachmann,L., Khojoyan,M.A., Klemz,G., Köhler,W., Koss,G., Kourkafas,G., Krasilnikov,M.B., Kusoljariyakul,K., Leich,H., Li,J., Mahgoub,M., Malyutin,D.A., Marchetti,B., Meißner,J.W., Oppelt,A., Penno,M., Petrosyan,B., Pohl,M., Riemann,S., Sachwitz,M., Schoeneich,B., Schultze,J.F., Shapovalov,A.V., Stephan,F., Tonisch,F., Vashchenko,G., Vu,L.V., Walter,T., Weisse,S., Wenndorff,R., Winde,M., Richter,D.R., Rimjaem,S., Brusova,N., Kravchuk,L.V., Paramonov,V.V., Asova,G., Gonnin,A., Joré,M., Mercier,B., Prévost,C., Variola,A., Zavatsev,A., Zavatsev,D.
• Format: Conference or Workshop Item
• Published: 2015
• Online Access: http://www.scopus.com/inward/record.url?partnerID=HzOxMe3b&scp=84885607953&origin=inward; http://cmuir.cmu.ac.th/handle/6653943832/38708
• Institution: Chiang Mai University

The main aim of the Photo Injector Test Facility at DESY, Zeuthen (PITZ) site is to develop and test an FEL photo injector system capable of producing high charge short electron bunches of lowest possible transverse emittance to allow optimum FEL performance. The last major beamline upgrade realized...