Induction Sector Cyclotron

2006年，感应同步加速器的概念在KEK得到了验证。在那里采用感应加速方法而不是RF加速。一个采用类似方法的贵重回旋加速器已经被提出。本文研究了扇形回旋加速器中团簇离子动力学的细节，特别是得到了保证轨道稳定性的参数区域。此外，在热分析和电路分析的基础上，设计了一个关键器件之一的跑道形感应室样机。它已准备好组装。一种用于下一代开关电源的贵金属开关元件封装正在开发中。驱动感应室的开关电源属于下一代感应扇形回旋加速器。因此，感应加速系统已设计基于此下一代假设的SiC-JFET开关元件封装。

In2006, the concept of induction synchrotron had been demonstrated at KEK. Instead of RF acceleration, the induction acceleration method was employed there. A noble cyclotron employing the similar method had been already proposed. Details of cluster ion dynamics in a sector cyclotron have been investigated ; especially a parameter region promising the orbit stability has been obtained. In addition, a prototype race-track shape induction cell, which is one of key devices, was designed based on thermal analysis and circuit analysis. It is ready to be assembled. A noble switching element package for the next generation of switching power supply is under development. The switching power supply driving the induction cell for the induction sector cyclotron belongs to the next generation. So, the induction acceleration system has been designed based on this next generation assuming the SiC-JFET switching element package.