摘要
结合对Kanthal合金涂层的性能参数的实验研究结果,利用工程设计分析软件I DEAS的热分析TMG模块,并通过对不同尺寸参数下涂层的数值模拟,得到了涂层的最优温度场分布和加速管的最小变形,提出了一种优化设计直线加速器同轴负载的可行方案,为高功率电子直线加速器的优化设计提供了参考。
Combined with experiment results of properties of Kanthal alloy coating, using I- DEAS TMG code, numerical simulations of coatings with different dimensions are executed. The optimized temperature field and maximum of displacement is obtained. Also,an optimization method of collinear load in LINAC is implemented which will provide reference for the design process of high RF power LINAC in future.
出处
《机械与电子》
2006年第9期12-14,共3页
Machinery & Electronics