For use with one control generator steam generators.
3个蒸汽炉可使用一个控制板。
Now we then have to condense that steam and recirculate it back either to a steam generator or back to the core.
现在，我们需要压缩蒸气，将它流通回去，或者到一个蒸气发电机，或回到核心。
You could break a steam generator tube, you could break an instrument line and you could have a spectrum of pipe breaks in a BWR inside of containment.
你们可能使一个蒸汽发生器的管道破裂，也可能使一个仪器的线断裂，可能会得到管道破裂的光谱，在沸水式反应堆容器的里面。
Then you have a low steam generator water level which means that you probably have a leak somewhere and the question is, is it on the primary side or on the secondary side?
然后你们会得到低的蒸汽发生器的水位，那表示可能在某个地方出现了泄漏，而问题就是，那是在主面还是在次级面？
The energy heats up the water, which is piped out to a steam generator.
这股能量将水加热，然后通过管子输送到蒸汽发生器中。
But this one would be more or less on the primary side, you're losing water from the steam generator.
但是，这个会或多或少是在主面，你不会从蒸汽发生器那失去水。
Steam generated by the solar receiver spins a turbine and generator to make electricity.
太阳能接受器产生的蒸汽推动涡轮和发电机来发电。
And we have our steam generator as you know and the feed from the turbine goes in and the steam comes out.
我们有蒸汽发生器，如你们所知，在涡轮里产生，进入，然后，蒸汽就出来了。
The concentrated sunlight is used to heat water, generating steam which is used to turn a traditional turbine and generator to produce electricity.
集中后的光线可用于给水加热，产生用于传统涡轮和发电机的蒸汽并进行发电。
Heat turns water to steam, steam moves turbines in the electric generator.
热量把水变成蒸汽，蒸汽带动发电机里的涡轮机。
The primary side, which is the reactor to the steam generator which are in the containment.
第一面，则是反应堆到蒸汽，发生器，那是在容器里面的。
The main space in the train cars is taken up by the steam generator with various valves, nozzles, manometers and a huge furnace.
这辆车头的主要部分都被一台蒸汽机占据着，蒸汽机有一堆的阀门，喷口，压力计和庞大的火炉
Bioelectricity is created the same way fossil fuel-generated electricity is: Biomass is usually burned to generate heat, turning water to steam and driving an electrical generator.
生物电能的产生跟化石燃料的产生的电能相同：生物物质经常被焚烧产热，把水变成蒸汽，然后驱动发电机。
Or you can concentrate the sun’s rays using mirrors, boil water with them, and employ the steam to drive a generator.
也可以用镜子集中太阳光线，利用它们烧开水，利用蒸汽驱动发电机。
The steam drives the pistons, turning a generator which produces electricity.
蒸汽驱动活塞，带动发电机发电。
Based on character of water level in steam generator, control principle of height of water level is researched.
从蒸汽发生器的水位特性出发，对其水位高度控制原理进行了深入细致的研究。
This creates steam to drive a generator in circles, which then creates your electricity.
它产生出蒸汽来循环驱动发电机，发电机然后发电。
A generator may generate electricity when (it is) driven by a steam engine, gas engine, or water wheel.
当发电机由蒸气机，燃气轮机或水轮机驱动时，它便能发电。
That same year, we provided a 10 horsepower steam engine with generator to light up the port of Shanghai.
同年，我们出售的10马力蒸汽发动机和发电机，照亮了上海的港口。
The initial phase of reactor cooldown is accomplished by transferring heat from the reactor coolant system to the steam and power conversion system through the steam generator.
停堆初期（第一阶段）的冷却过程：通过蒸汽发生器将反应堆冷却剂系统的能量传输给二次侧的蒸汽。
The calculated results of the code based on this model is in good agreement with the experimental data of BUGEY4 steam generator in France and the calculated data of ATHOS code.
基于该模型开发的程序计算结果与法国在BUGEY 4蒸汽发生器上的试验结果及ATHOS程序的计算结果较好符合。
Steam generator is the main equipment in nuclear power plant and its stable water level is very important.
蒸汽发生器是核电厂动力装置中的主要设备，它的液位稳定具有非常重要的意义。
And that could be pipe breaks maybe in the secondary system, maybe a steam generator tube leak and so forth.
那可能是管道泄漏，可能是在次级系统中，可能一个蒸汽发生器的管道裂开了等等。
The design of steam generator should not only have highly efficient and compact separator and dryer, but also an adequate height of gravity separation space.
蒸汽发生器的设计，除了要选用分离效率高，结构紧凑的汽水分离器和干燥器外，还要合理选择重力分离空间高度。
This paper introduces operation models and the test method of the steam generator level control system.
简要介绍了蒸汽发生器水位控制系统的运行方式和试验方法。
The location of the pumps in the channel head of each steam generator also has safety and performance advantages, Westinghouse says.
主泵接于每个蒸汽发生器封头出口的位置也有安全和性能优势，西屋电气称。
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 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。
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