Open AccessFinal Report, IUT - B291527, January 1996 - March 1997
Author(s) -
E. Henestroza
Publication year - 1996
Language(s) - English
Resource type - Reports
DOI - 10.2172/16337
Subject(s) - klystron , microwave , beam (structure) , point (geometry) , physics , scaling , power (physics) , aerospace engineering , interaction point , electrical engineering , engineering , computer science , nuclear engineering , optics , telecommunications , mathematics , geometry , quantum mechanics
The following note investigates scaling the 11.4-GHz TBNLC design of a relativistic klystron two-beam accelerator for a 30-GHz, 50-bunch accelerator design. We will refer to this point design as the RK-CLIC. We do not expect that the design will be optimal, but offer it as a starting point for discussions. In this memo, we begin with a general description of the RK-CLIC and drive beam dynamics, discuss required changes to major components, estimate the efficiency of wall plug to microwave power, and estimate costs. To be of interest the design must be such that it: (1) Can be installed at modest cost, (2) Operate with high wall plug to reconversion efficiency, and (3) Have acceptable drive beam dynamics