摘要
仿真系统对10 MW高温气冷堆的堆芯、主回路系统和蒸汽发生器等部件进行分析计算,模拟稳态和瞬态过程。采用虚拟场景技术,按高温气冷堆的实际结构建立三维虚拟场景,用户可在虚拟场景中漫游观测,实时查看仿真计算状态;同时可对仿真数据结果进行分析并以二维、三维图形显示。该仿真系统不仅对高温气冷堆的工程设计、安全分析和人员培训有重要作用,且可以对HTR-10主控室的操作人员进行现场支持及各项研究提供帮助。
This simulation system is intended to analyze and calculate the physical process of the reactor core, the main loop system and steam generator, etc. , as well as to simulate the normal operation and transient accidents. And it constructs 3D virtual nuclear electric field according to High Temperature Gas-cooled Reactor with virtual scene method. User can wander in virtual field, and view real-time simulation state. This system can be used as an effective tool to comprehend the design and safety analysis of HTR- 10, and can also provide online supports for operators in the main control room.
出处
《核科学与工程》
CSCD
北大核心
2008年第1期56-60,74,共6页
Nuclear Science and Engineering
关键词
高温气冷堆
仿真系统
虚拟场景
high temperature gas-cooled reactor
simulation system
virtual scene
