Author_Institution :
Dept. of Appl. Sci., California Univ., Davis, CA, USA
Abstract :
Summary form only given, as follows. The Multidisciplinary University Research initiative at the University of California, Davis (UCD) involves a consortium of universities and establishes a center for high energy microwave sources. The other participating universities include the University of California, Berkeley (UCB), the University of California, Los Angeles (UCLA) and Stanford University. Extensive interaction with the high power microwave industry is anticipated, since Litton, Physics International, Teledyne and Varian are located within the Bay Area, while the other collaborating industries (Hughes, Martin Marietta and Westinghouse) are accessible by convenient flights. The host institution and the collaborators possess extensive multidisciplinary expertise, including plasma simulation, design and fabrication of high power gyrotron amplifiers and linear beam devices, FELs, vacuum field emitters, plasma diagnostics and neural nets and expert systems. Extensive experimental facilities are available including microwave tube fabrication. This provides an opportunity to conduct the prototype research and development needed to maintain U.S. leadership in high energy microwave sources and ancillary component design. High payoff design issues can be addressed and technical options and design issues narrowed before follow-on industry development efforts.
Keywords :
electron tube manufacture; expert systems; free electron lasers; gyrotrons; microwave amplifiers; microwave generation; neural nets; plasma diagnostics; plasma simulation; FEL; Multidisciplinary University Research initiative; ancillary component design; expert systems; high energy microwave sources; high power gyrotron amplifiers; high power microwave industry; linear beam devices; microwave tube fabrication; neural nets; plasma diagnostics; plasma simulation; vacuum field emitters; Fabrication; Gyrotrons; High power amplifiers; International collaboration; Microwave devices; Particle beams; Physics; Plasma simulation; Research initiatives; User centered design;