In this paper, a kind of non-parameter model is constructed with the unit step response of the nuclear reactor neutron dynamic system.
利用核电站反应堆中子动力学系统的单位阶跃响应数据，得到了该系统的非参数模型。
The details of dynamic response analysis for reactor and steam generator under LOCA and seismic loading were performed.
对堆本体和蒸汽发生器在失水事故和地震载荷下的动态响应作了详细的分析。
The explosive decomposability of ethylene will lead to much large temperature gradient and great range thermal stresses response on thick wall of reactor.
由于乙烯爆炸性分解，在反应管壁厚上形成极陡的温度梯度和幅度很大的热应力。
Finally, the seismic responses of reactor structure and the floor response spectrum are presented.
最后给出结构地震反应值、楼板反应谱以及分析意见。
The response amplitude also relates to the impact direction. When the reactor moved down rapidly, the response displacement of the control rod is larger.
冲击响应幅值还与冲击方向有关，当冲击位移向下时，控制棒的响应位移相对比较大。
The residence time distribution (RTD) curves and hydrodynamic characteristics parameters of the reactor in different HRT were also studied through the experiment of impulse response.
通过脉冲响应实验对该反应器的水力特性进行研究，得出不同水力停留时间(hrt)下的停留时间分布(rtd)曲线和水力特性参数。
Paragraph 15.4 For each nuclear reactor facility, the licensee shall periodically carry out the exercise according to the Emergency Response Plans for the Nuclear Reactor Facility.
核子反应器设施经营者应定期就每一核子反应器设施，执行核子反应器设施紧急应变计画演习。
Paragraph 14.3 The nuclear reactor facility licensee shall draw up the Emergency Response Plan for the Nuclear Reactor Facility.
核子反应器设施经营者应订定核子反应器设施紧急应变计画。
Paragraph 14.3 The nuclear reactor facility licensee shall draw up the Emergency Response Plan for the Nuclear Reactor Facility.
核子反应器设施经营者应订定核子反应器设施紧急应变计画。
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