摘要
根据中子诊断系统测量和控制的需求分析,在Enterprise Architect平台上建立了中子通量监测系统的设计模型。按照ITER制定的仪器控制系统框架,基于用例以及延伸出的系统需求和用户需求,进行了包括信号调理、运行控制、测量计算等功能的详细分析。通过功能映射设计出等离子放电、设备维护检修以及系统验收测试等工作模式下的自动运行流程,完成了符合ITER控制、数据采集及通讯规范的软硬件架构以及与ITER中央控制系统集成的初步设计方案。
Based on the measurement and control requirements analysis for neutron diagnostics, the design model of Neutron Flux Monitoring was established on Enterprise Architect platform. According to the ITER Instruments and Control framework, the detailed functional analyses of signal conditioning, operational control, measurement and processing were conducted based on use cases and extended user and system requirements. The automatic operation processes of plasma discharge, equipment maintenance and system acceptance test were adopted by function mapping. The preliminary design of Neutron Flux Monitoring system was finished, whose hardware and software architectures conform to the ITER control, data acquisition and communication specification, and meet the requirement of integration with the ITER central control system.
作者
赵丽
魏凌峰
袁国梁
李勇
杨青巍
ZHAO Li, WEI Ling-feng, YUAN Guo-liang, LI Yong, YANG Qing-wei(Southwestern Institute of Physics, Chengdu 61004)
出处
《核聚变与等离子体物理》
CAS
CSCD
北大核心
2018年第1期74-81,共8页
Nuclear Fusion and Plasma Physics
关键词
ITER
诊断系统
测量控制
设计建模
ITER
Diagnosis system
Measurement and control
Design modeling
