医疗卫生装备2017，Vol.38Issue(6)：33-35,3.DOI:10.7687/j.issn1003-8868.2017.06.033
医用质子重离子同步加速器冷却水系统控制优化方法与实践
Control optimization methods and practice on medical proton and heavy ion synchrotron cooling water system
摘要
Abstract
Objective To study the temperature control method of the cooling water system for Siemens medical proton and heavy-ion synchrotron.Methods The return water temperature was used as the input variable of the control program,temperature prediction method was applied to controlling valve opening,and the capacity of water tank at backwater-side was increased to enhance temperature buffer capability.Results The optimized system adapted itself to multi loading conditions of the synchrotron,which achieved 2 ℃ peak elimination in case of return water at 32 ℃ or less to limit the input water temperature within (27±1) ℃.The failure rate of temperature deviation was decreased from 64％ to 8％.Conclusion The optimized cooling water system with three-layer structure fulfills the requirements of Siemens proton heavy-ion synchrotron operation.关键词
质子/重离子/同步加速器/冷却水/温度控制Key words
proton/heavy ion/synchrotron/cooling water/temperature control分类
医药卫生引用本文复制引用
李万宏,朱建民..医用质子重离子同步加速器冷却水系统控制优化方法与实践[J].医疗卫生装备,2017,38(6):33-35,3.基金项目
上海市科委科研计划项目(16511102500) （16511102500）
