Back to Search Start Over

CBETA - Novel Superconducting ERL

Authors :
Michnoff, Robert
Banerjee, Nilanjan
Barley, John
Bartnik, Adam
Bazarov, Ivan
Berg, J. Scott
Brooks, Stephen
Burke, David
Cintorino, John
Crittenden, James
Cultrera, Luca
Dobbins, John
Douglas, David
Dunham, Bruce
Full, Steve
Furuta, Fumio
Gallagher, Richard
Ge, Mingqi
Gulliford, Colwyn
Hao, Yue
Heltsley, Brian
Hoffstaetter, Georg
Jusic, Dragana
Kaplan, Roger
Kostroun, Vaclav
Li, Yulin
Liepe, Matthias
Liu, Chuyu
Lou, William
Mahler, George
Mayes, Christopher
Méot, Francois
Patterson, J. Ritchie
Peggs, Steve
Ptitsyn, Vadim
Quigley, Peter
Roser, Thomas
Sabol, Daniel
Sagan, David
Sears, James
Shore, Colby
Smith, Eric
Smolenski, Karl
Thieberger, Peter
Trabocchi, Steven
Trbojevic, Dejan
Tsoupas, Nicholaos
Tuozzolo, Joseph
Veshcherevich, Vadim
Widger, Dwight
Willeke, Ferdinand
Witte, Holger
Publication Year :
2019
Publisher :
JACoW Publishing, Geneva, Switzerland, 2019.

Abstract

We are successfully commissioning a unique Cornell University and Brookhaven National Laboratory Electron Recovery Linac (ERL) Test Accelerator ’CBETA’ [1]. The ERL has four accelerating passes through the supercon-ducting linac with a single Fixed Field Alternating Linear Gradient (FFA-LG) return beam line built of the Halbach type permanent magnets. CBETA ERL accelerates elec-trons from 42 MeV to 150 MeV, with the 6 MeV injec-tor. The novelties are that four electron beams, with ener-gies of 42, 78, 114, and 150 MeV, are merged by spreader beam lines into a single arc FFA-LG beam line. The elec-tron beams from the Main Linac Cryomodule (MLC) pass through the FFA-LG arc and are adiabatically merged into a single straight line. From the straight section the beams are brought back to the MLC the same way. This is the first 4 pass superconducting ERL and the first single permanent magnet return line.<br />Proceedings of the 10th Int. Particle Accelerator Conf., IPAC2019, Melbourne, Australia

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi...........1701cf3057c51a76a0afefef300519e0
Full Text :
https://doi.org/10.18429/jacow-ipac2019-tupgw102