Modeling and Analysis of SLED
Lin Li, Wen-Cheng Fang, Chao-Peng Wang, Qiang Gu
TL;DR
This paper introduces a novel modeling method for the SLED component in microwave accelerators, enabling separate cavity parameter analysis and optimization, supported by simulation results.
Contribution
A new modeling approach for SLED that allows independent cavity parameter analysis and facilitates parameter optimization.
Findings
Parameters of two cavities can be analyzed separately
Method is suitable for parameter optimization studies
Simulation results validate the proposed approach
Abstract
SLED is a crucial component for C-band microwave acceleration unit of SXFEL. To study the behavior of SLED (SLAC Energy Doubler), mathematic model is commonly built and analyzed. In this paper, a new method is proposed to build the model of SLED at SINAP. With this method, the parameters of the two cavities can be analyzed separately. Also it is suitable to study parameter optimization of SLED and analyze the effect from the parameters variations. Simulation results of our method are also presented.
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