Imperial College London, FETS 1 RFQ development for high power beams 1. Introduction 2. Particle dynamics in the RFQ 3. Electrodynamic design of the RF.
Imperial College 1 Progress at the RAL Front End Test Stand J. Pozimski Talk outline : Overview Ion source development LEBT RFQ Beam Chopper MEBT.
The Front End Test Stand Collaboration ELECTROMAGNETIC DESIGN OF A RFQ FOR THE FRONT END TEST STAND AT RAL A. Kurup, A. Letchford The RAL front end test.
An h=4 (30 MHz) RF system will be used for electron operation. For protons, this would correspond to h=56, and the 1 kV maximum gap voltage would only.
