|
-综合管理部-
|
||
|
-党建工作部-
|
||
|
科技管理处
|
||
|
-人力资源部-
|
||
|
财务资产处
|
|
-钍基核能物理中心-
|
||||
|
熔盐机械工程技术部
|
||||
|
仪控工程技术部
|
||||
|
熔盐化学工程技术部
|
||||
|
-核能综合利用研究中心-
|
||||
|
特种堆技术研究室
|
||||
|
材料研究部
|
||||
|
钍铀循环化学部
|
||||
|
应用化学技术部
|
||||
|
氚科学与工程技术部
|
||||
|
核与辐射安全技术部
|
||||
|
建安工程技术部
|
||||
|
应用加速器技术部
|
||||
|
反应堆运行技术部
|
||||
|
-项目管理中心-
|
报告名称:Superconducting cyclotrons for particle therapy and design considerations of high-intensity heavy-ion accelerator facility for rare isotope beam production
报告时间:2019年10月29日9:30 AM
报 告 人:Jongwo Kim, Rare Isotope Science Project, Institute for Basic Science, Korea
报告地点:学术中心多功能厅
报告摘要:
Particle therapy utilizing proton and carbon ions has become a mainstream modality of radiation therapy for cancer patients. The cyclotron is a major medical accelerator especially in proton therapy and superconducting (sc-) compact and synchro cyclotrons have become commercially available in recent years. The first sc-cyclotron for proton therapy was constructed for PSI Switzerland, which was designed in early 2000’s by Accel Instruments together with the cyclotron group of Michigan State University. Some design details will be presented along with recent developments of compact sc-cyclotrons. When the PSI therapy cyclotron was commissioned, beam optics simulation and magnetic field calculations were confirmed to be reliable with beam measurement in the cyclotron.
In addition to my previous works, design considerations of heavy-ion accelerator facility based on high-intensity sc-linac will be presented together with the progress of rare isotope science project (RISP) under way in Korea.
报告人简历:
Name: Jong-Won, Kim
Birth Place: Busan, Korea
Birth Date: June 12, 1964
Nationality: Korea