介绍用最优传递函数方法设计反应堆功率控制器的方法和步骤。
This paper introduces how to use the optimum transfer function to design nuclear reactor power controller.
压水堆核电站反应堆功率的控制是通过调节控制棒和硼浓度来实现的。
The control of the pressurized-water reactor's power is transited by accommodate -ting the control rod and boron concentration.
介绍了CEFR反应堆功率调节系统及可编程控制器在工程样机中的应用。
This paper introduces the reactor power regulating system of CEFR and the application of Programmable Logic Controller (PLC) on the engineering test prototype.
压水堆核电站依靠控制棒实现反应堆功率的快速调节和特殊情况下的紧急停堆。
The control rods are used to implement quick regulation of the reactor power and emergent shutdown of the reactor in pressurized water nuclear power station.
提出将广义预测自校正控制算法应用于反应堆功率控制中，包括控制结构和控制器设计。
It also put forward to apply the algorithm of global predictive control with self-adaptive in the power control of nuclear reactor, including control structure and the device of controller.
数字化技术对提高反应堆功率控制系统的可靠性、安全性和可维护性以及改善人机界面具有重要意义。
The reliability, safety and maintainability can be demonstrated and man-machine interface is greatly improved due to the use of digital technology in the realization of the power control system.
基本上，一个呈现负值的反应就能确保随着反应堆功率产出开始提升，把更多的功率挤压到外部就变得更困难。
"- basically a negative feedback loop which ensures that as the reactor's power output goes up, it becomes ever harder to squeeze still more power out of it."
仿真结果表明所采用的广义预测自校正控制算法能够较好地控制反应堆功率的输出，取得了较好的控制效果。
The emulation result expressed the algorithm of global predictive control with self-adaptive had better ability for the output of power control of nuclear reactor, and got the better control effect.
研究结果表明，与经典的反应堆功率调节系统相比，采用全反馈的功率调节系统的动态品质可获得明显的提高。
The quality of the full feedback power control system has been studied under the disturbing ways of both reactor power and reaction. The research results show that compared with the classic …
在反应堆从低功率级开始提升以准备热传输系统（HTS）升温的同时，反应堆功率慢速降逻辑于百分之二功率上启动。
The reactor power setback logic initiated at 2 percent power while reactor power was being raised from a lower power level in preparation for Heat Transport System (HTS) warm2up.
这几种控制器即可以充分保证系统的稳定性，又满足了在控制区域的性能指标，其控制过程是控制器按照反应堆功率自动调节。
The controllers guarantee both stability and performance index in the operating region, the controlled process is that the controller is automatically adjusted along the reactor power.
而且，我们放入控制刀片，在操作过程中来控制沸水型反应堆的功率分布。
In addition we put in control blades during operation to control power distribution in a BWR.
功率的激增引起了反应堆的链式反应，反应堆的堆芯燃烧起来。
A surge of power caused a chain reaction that set the reactor core on fire.
功率密度这个因素要比,轻水反应堆低10倍。
The power density is about a factor of ten lower than in the light water reactor.
在微型反应堆零功率装置上搭建了硼中子俘获治疗拟采用的热中子束流装置。
A thermal neutron beam equipment is installed in the miniature neutron source reactor (MNSR) zero power facility.
增设UPS不间断电源作系统安全电源，保证可靠停堆与在反应堆失去全部电源情况下指示堆功率。
Thus the operation safety is ensured and sensitivity increased; added UPS as backup power supply ensures safe shutdown and the indication of the reactor power at reactor shutdown.
太阳能产品公司的'熔凝石英用于外延反应堆、发光磷炉、高功率密度加热器、蚀刻机，以及许多其他工业机器。
Solar Products' fused quartz is used inside epi reactors, luminescent phosphor ovens, high watt density heaters, etchers, and many other industrial machines.
结果表明：起伏对强制循环下一回路冷却剂的流量和反应堆输出功率的影响较小，而对自然循环能力的影响很大。
The results show that heaving has less effect upon the primary Loop's coolant flow rate and PWR output power in case of forced circulation but strongly influences natural circulation ability.
某新型研究堆采用新型燃料元件和堆芯结构，反应堆的控制特性缺乏基本数据，功率调节系统的设计无可借鉴经验。
As a new type of research reactor with new fuel element and core structure, no experience can be used for the design and implementation of the power regulating system.
研究了不同的加热功率沉积剖面对托卡马克反应堆点火启动过程的影响。
Start up processes of D T burning in a tokamak reactor for different heating scenarios are studied.
这不仅增大了反应堆的安全性能，同时也能够有效地增加反应堆单堆功率，使环型球床高温气冷堆在经济上更具竞争力。
It improved the reactor's safety performance and increased the power of single reactor, which made circular high temperature gas reactor much more competitive in economics.
功率控制系统是反应堆的一关键控制系统，系统复杂，可靠性要求高。
As one of key control systems in the nuclear reactor, the nuclear reactor power control system is complicated, and requires very high level of reliability.
到达设定的功率定值后，系统可投入自动调节，克服扰动，维持反应堆稳定运行。
The power regulating function of system can overcome the disturbance and maintain the stability of the reactor after reactor power reaches the fixed value of power.
针对研发的采用一体化布置、全功率自然循环的低温核反应堆电站，建立了一个可用于大功率运行范围控制系统仿真的动态数学模型。
This paper discusses the considerations in the modeling of a new type of nuclear power plant for its control system simulation in a wide power range.
压水反应堆堆内温度测量装置是监测反应堆热功率输出及堆内功率分布情况、保证反应堆安全运行的手段之一。该装置以热电偶作为测量元件，用不锈钢作保护外套。
The PWR in-core temperature detection device, which is one of measures to ensure reactor safety operation, is to monitor and diagnose reactor thermal power output and in-core power distribution.
本发明属于溶液反应堆领域，具体为一种高功率“水锅炉”溶液核反应堆气回路的优化设计。
The invention belongs to the fields of solution reactor, specially an optimum design of air loop in high-power water-boiler solution-type reactor.
某新型研究堆采用新型燃料元件和堆芯结构，反应堆的控制特性缺乏基本数据，功率调节系统的设计无可借鉴经验。
The power conditioning system of a fuel cell power plant is very important to the reliability and efficiency of the power plant system as well as to the quality of the output waveform.
某新型研究堆采用新型燃料元件和堆芯结构，反应堆的控制特性缺乏基本数据，功率调节系统的设计无可借鉴经验。
The power conditioning system of a fuel cell power plant is very important to the reliability and efficiency of the power plant system as well as to the quality of the output waveform.
应用推荐