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XLS - D3.1: Preliminary assessments and evaluations of the optimum e-gun and injector solution for the CompactLight design

Authors :
Ferrario, Massimo
Alesini, David
Cardelli, Fabio
Castorina, Giovanni
Croia, Michele
Diomede, Marco
Gallo, Alessandro
Giribono, Anna
Scifo, Jessica
Spataro, Bruno
Vaccarezza, Cristina
Vannozzi, Alessandro
Di Mitri, Simone
Rochow, Regina
Latina, Andrea
Kelisani, Mohsen Dayyani
Doebert, Steffen
Angal-Kalinin, Deepa
Clarke, Jim
Gazis, Evangelos
Aksoy, Avni
Luiten, Jom
Rajabi, Ali
Stragier, Xavier
Faus-Golfe, Angeles
Han, Yanliang
Esperante, Daniel
Boronat, Marçà
Blanch, César
Fuster, Juan
Gimeno, Benito
Publisher :
Zenodo

Abstract

In this deliverable we report an overview of the possible injector options suitable to match the CompactLight X-band high brightness linac able to drive short wavelength FELs user facilities. Different schemes have been investigated including RF gun injectors at different operating frequency (S, C and X band) and a DC gun based design. The electromagnetic and RF designs for all cases are reported and discussed, including a preliminary evaluation of the laser/cathode system requirements. Matchings with the downstream linac are also investigated with beam dynamics simulations. State of the art S-band injectors look appropriate to achieve the required parameters at low repetition rate ( 100 Hz). On the other end a compact C-band (or X-band) RF gun design is expected to have even better performances at low repetition rates and moreover, due to the lower thermal load, could allow higher repetition rates operation, up to 1 kHz, with acceptable performances degradation. DC guns are also very promising solutions for kHz range operation.<br />On behalf of the CompactLight Collaboration

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi...........e5a09930124e2dfb140e177b0dcf1dd4