The engine helped solve the problem of draining coal mines of groundwater and increased the production of coal needed to power steam engines elsewhere.
这台发动机帮助解决了煤矿地下水的排放问题，并增加了其他地方蒸汽机所需的煤炭产量。
Volume equation of nuclear power steam turbine is presented in this paper.
文中给出了核电汽轮机的容积方程。
The features of nuclear power steam turbine in such aspects as design, manufacture, use of material, assembly, operation, maintenance etc. are introduced.
介绍核电汽轮机在设计、制造、材料使用、安装、运行、维护等方面特点，及其与常规火电汽轮机的区别。
U.K.- and Canada-based Clean Power Technologies is exploring rail applications for a hybrid power steam technology that uses heat captured from exhaust, says president and chief executi...[More]
英国和位于加拿大的清洁动力技术公司Canada-based CleanPower Technologies 的总裁兼首席执行官阿布达 米撒Abdul Mitha说，该公司正在为混合动力蒸汽技术探索在铁路方面的应用，这种技术使用的能源来自尾气。
Steam power and iron combined to revolutionize transport, which in turn had further implications.
蒸汽动力和铁的结合使运输发生了革命性的变化，更加产生了更深远的影响。
Then steam power entered the scene, putting the whole future of waterpower in doubt.
随后，蒸汽动力登上了历史舞台，让整个水力发电的前景一度遭到了怀疑。
The availability of steam power and the demands for new machines facilitated the transformation of the iron industry.
蒸汽动力的实用性和对新机器的需求促进了钢铁工业的转型。
A rotary engine attached to the steam engine enabled shafts to be turned and machines to be driven, resulting in mills using steam power to spin and weave cotton.
连接在蒸汽机上的旋转式发动机使轴承转动，机器得以驱动，从而使得利用蒸汽动力纺线和织布的工厂出现。
Steam power did not merely spin cotton and roll iron; early in the new century, it also multiplied ten times over the amount of paper that a single worker could produce in a day.
蒸汽动力不仅可以用于纺织棉花和轧铁；新世纪早期，蒸汽机的使用同样大大提高了造纸的效率，蒸汽动力一天所生产的纸张总量是单个工人一天生产纸张总量的10倍。
Can you run a 140,000 kilogram train on just the steam generated by solar power?
仅仅依靠太阳能产生的蒸汽，14万公斤的火车能驱动起来吗？
Britain had many rivers, which were useful for transport but also for water and steam power.
英国有许多河流，不仅用于交通，还提供水力及蒸汽动力。
I deliberately chosen not to include those because I wanted to show you that nuclear plants have containments and reactor or power conversion systems which typically steam turbines.
我特意选择不将那些总结，因为我想要给你们展示核电站，已经包含了，还有反应堆或者能量转化，系统，那是典型的蒸汽轮机。
In resorting to such a simplification one easily forgets that the concept "steam power" encompasses a great variety of methods employed for the utilization of steam.
如果只求助于这样一种简化的历史，那人们就很容易忘记“蒸汽动力”这一概念其实还涵盖了在利用蒸汽的过程中人类所采用的大量的方法。
He was blinded by hunger for power and full of steam.
对权力和勃发英气的渴望蒙蔽了他。
Ditkof said, "Very shallow magma chambers mean there is a very shallow geothermal heat source that could be tapped, " for example to generate steam to power turbines in electrical plants, she said.
迪特科夫说，极浅的岩浆库意味着有极浅的地热资源可供开发，它们可产生蒸汽来驱动发电厂的涡轮。 “如果能够加以利用，地热潜能会让人惊讶不已。”
Starting in the late 18th and early 19th century, humans harnessed the power of steam and coal to run machines, and the result was an explosion of material abundance.
到18世纪末、19世纪初，人类开始使用从蒸汽和煤中获得的能量，用以驱动机器，继而导致物品的大规模生产，一派欣欣向荣的景象。
Coal from Siberia is being used to power a steam train in Merthyr Tydfil rather than coal from the local mine.
来自西伯利亚的煤炭而不是本地煤矿的煤被用来驱动梅瑟蒂德菲尔(Merthyr Tydfil)的蒸汽火车。
Later Greg extended the factory and installed coal-fired steam engines to add to the water power from the Bollin.
之后，Greg扩张了工厂，并且安装了以煤为燃料的蒸汽机来利用Bollin河中的水能。
If buildings and roads need to be decontaminated, that could be accomplished by other relatively simple methods like wiping, power-washing or steam-cleaning, unless the cesium is deep.
如果建筑物和道路需要清除污染物，可以采用擦拭、动力清洗或者蒸气清洁这些相对比较简单的方式来完成，除非铯已经进入地下。
In principle, this heat could be used, as in conventional power plants, to boil water and create steam that drives a turbine.
大体上说，这种热能就像在传统的发电厂一样，可将水加热，产生蒸汽，驱动汽轮机发电。
Gigantic presses powered by steam (and later, electric power) could crank out books and newspapers and advertisements that strained the always-fickle paper supply.
巨型蒸汽(随后的电力)印刷机大批量地生产出书籍、报刊和广告，供应趋于稳定。
So the plant is much more complicated than simply the reactor and the steam and the power conversion system.
所以，电站是更为复杂，比起简单的反应堆和蒸汽，和能量转化系统。
So the plant is much more complicated than simply the reactor and the steam and the power conversion system.
所以，电站是更为复杂，比起简单的反应堆和蒸汽，和能量转化系统。
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