Based on establishing the nanosecond pulse radiolysis system in 1990 and chemical reaction dynamics stud- ies with the system, a picosecond pulse radiolysis system has been proposed and is under installment at Shangha...Based on establishing the nanosecond pulse radiolysis system in 1990 and chemical reaction dynamics stud- ies with the system, a picosecond pulse radiolysis system has been proposed and is under installment at Shanghai Institute of Applied Physics. The paper gives a brief introduction to the ps pulse radiolysis system and its applica- tions, especially in antioxidant studies.展开更多
在中科院钍基熔盐核能项目^([1])(Thorium Molten Salt Reactor system,TMSR)的反应堆控制系统样机开发中,使用了EPICS(Experimental Physics and Industrial Control System)^([2])作为仪器与控制平台软件。为了实现控制系统的IOC(Inpu...在中科院钍基熔盐核能项目^([1])(Thorium Molten Salt Reactor system,TMSR)的反应堆控制系统样机开发中,使用了EPICS(Experimental Physics and Industrial Control System)^([2])作为仪器与控制平台软件。为了实现控制系统的IOC(Input/Output Controller)级冗余及服务器间的数据同步,使用了基于EPICS环境的RMT(Redundancy Monitor Task)冗余软件包^([3])及其数据同步组件CCE(Continuous Control Executive)。通过开发相关的IOC驱动程序,实现了对服务器的IOC冗余切换控制。论文讨论了RMT冗余功能在服务器中的实现方法及在功率控制系统中的冗余性能实验情况。展开更多
文摘Based on establishing the nanosecond pulse radiolysis system in 1990 and chemical reaction dynamics stud- ies with the system, a picosecond pulse radiolysis system has been proposed and is under installment at Shanghai Institute of Applied Physics. The paper gives a brief introduction to the ps pulse radiolysis system and its applica- tions, especially in antioxidant studies.
文摘在中科院钍基熔盐核能项目^([1])(Thorium Molten Salt Reactor system,TMSR)的反应堆控制系统样机开发中,使用了EPICS(Experimental Physics and Industrial Control System)^([2])作为仪器与控制平台软件。为了实现控制系统的IOC(Input/Output Controller)级冗余及服务器间的数据同步,使用了基于EPICS环境的RMT(Redundancy Monitor Task)冗余软件包^([3])及其数据同步组件CCE(Continuous Control Executive)。通过开发相关的IOC驱动程序,实现了对服务器的IOC冗余切换控制。论文讨论了RMT冗余功能在服务器中的实现方法及在功率控制系统中的冗余性能实验情况。
