Title :
Fabrication methods of the superconducting injector cavities for the Stanford University free electron laser
Author :
Marziali, A. ; Schwettman, H.A. ; Hatmaker, J.G. ; Hiller, M.W. ; Campbell, H.G. ; Sinko, R. ; Hamilton, M.W. ; Coghill, C.C. ; Dunham, R. ; Light, J.L. ; Allcock, C.
Author_Institution :
Hansen Exp. Phys. Lab., Stanford Univ., CA, USA
fDate :
3/1/1991 12:00:00 AM
Abstract :
Efforts to upgrade the linac driver for the Stanford University free electron laser are described. The first stage involves the construction of a 4.0-MeV, 1-mA harmonic injector system. Fabrication methods for the fundamental 1300-MHz structures are described. Similar methods are being employed in fabrication of the third harmonic structure. The structure design and the fabrication methods combine features of the original work at Stanford University and more recent work in Europe
Keywords :
beam handling equipment; cavity resonators; free electron lasers; laser accessories; linear accelerators; particle accelerator accessories; superconducting devices; 1 mA; 4 MeV; Stanford University free electron laser; fabrication methods; harmonic injector system; linac driver; superconducting injector cavities; Acceleration; Couplers; Fabrication; Fasteners; Niobium; Probes; Radio frequency; Structural rods; Tuning; Voltage;
Journal_Title :
Magnetics, IEEE Transactions on
