The simulated couplings and frequencies agree within 100,000, and confirmed with measurements. Comparisons of the measured and calculated couplings are presented. We report recent progress and a method on the RF coupling simulations between waveguide ports and RF cavities using CST Microwave Studio in time domain (Transit Solver). WangĪccurate predications of RF coupling between an RF cavity and ports attached to it have been an important study subject for years for RF coupler and higher order modes (HOM) damping design. The underlying theory of the PBA based field solvers and the used tracking technique is presented and some examples of application demonstrate the current status of the softwareĬomparison of Measured and Calculated Coupling between a Waveguide and an RF Cavity Using CST Microwave StudioĮnergy Technology Data Exchange (ETDEWEB) The new software is based on the multi-purpose electromagnetic solvers of the CST STUDIO family and incorporates their powerful modelling capabilities as well as successful algorithms of the MAFIA-TS simulators. This paper introduces CST PARTICLE STUDIO TM, a specialist tool for the fast and accurate design and analysis of 3D electron guns. International Nuclear Information System (INIS) Electron gun simulation with CST PARTICLE STUDIO

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