CAJ | 학술논문

采用耦合简化传热机制的点堆动力学模型，基于MATLAB/Simulink平台，对2 MWt氟盐冷却实验堆功率调节过程进行了系统模拟，分析了总反应性、堆芯出/入口温度、热交换器二次侧出口温度、散热器出口温度等一系列相关响应参数。结果表明：在有保护的情况下，对于2 MWt氟盐冷却实验堆，跟随负载调节功率方案是可行和有效的。
채용우합간화전열궤제적점퇴동역학모형，기우MATLAB/Simulink평태，대2 MWt불염냉각실험퇴공솔조절과정진행료계통모의，분석료총반응성、퇴심출/입구온도、열교환기이차측출구온도、산열기출구온도등일계렬상관향응삼수。결과표명：재유보호적정황하，대우2 MWt불염냉각실험퇴，근수부재조절공솔방안시가행화유효적。
The system of 2 MWt fluoride-salt cooled experimental reactor power regulation process was simulated , which used point reactor kinetics model with simplified heat transfer mechanisms and based on the MATLAB/Simulink . The analyses of total reactivity ,reactor inlet and outlet temperatures ,the heat exchanger secondary side outlet temperature ,radiator outlet temperature and a series of related response parameters were carried .The results show that the scheme which regulates power following the load is feasible and effective for 2 MWt fluoride-salt cooled experimental reactor in the protective case .