和其他氢能源车一样，Riversimple Ur banCar (RUC)采用燃料电池，电池将来自空气的氢和氧进行混合释放能量，除了水不排放任何有害物质。
Like other hydrogen cars, the Riversimple Urban car (RUC) is powered by a fuel cell that combines hydrogen with oxygen from the air to release energy and nothing more toxic than water.
这一事实向Farihi表明氢和重元素来自同一来源——行星残骸——其很有可能以水的形式保存氢。
It suggests to Farihi that both the hydrogen and the heavy elements come from the same source - planetary debris - which would be most likely to hold hydrogen in the form of water.
水是由氧和氢组成，所以在获得电能后，水就可以分解为氧和氢。
As water is composed of Oxygen and Hydrogen, given the electrical energy it can be split into these two elements.
SPE电解水制氢技术成熟，将成为未来主要制氢方法之一。
Producing hydrogen by water electrolysis with SPE is a mature technology and will be one of the main ways of hydrogen production.
ADI水脆化是由于水分解的氢使adi基体组织中的应力诱变产生马氏体引起氢脆而导致的。
ADI water embrittlement was attributed to the decomposed hydrogen originated from water, resulting in hydrogen embrittlement of stress induced martensite in ADI matrix.
氢和氧再次结合成水，过程没有任何变化，不过一些氢会逃离火星大气层进入太空，只留下典型的氧。
Left to themselves they would recombine, producing no net change, but some of the hydrogen leaks out of the atmosphere into space, leaving oxygen—the paradigmatical oxidiser—behind.
研究以二水磷酸氢钙为原料，采用煅烧法生产无水磷酸氢钙。
Anhydrous calcium hydrogen phosphate was prepared by calcination of calcium hydrogen phosphate dihydrate.
东方电机厂在1985年试制成功300MW汽轮发电机，这是国内首台水-氢-氢型300MW汽轮发电机。
The 300MW turbo generator was built in DFEM in 1985. It is the first 300MW turbo generator with water coolest stator winding and hydrogen cooled rotor in China.
氢能是一种高效、洁净的二次能源，电解水是实现大规模制氢的重要手段。
Hydrogen energy is a kind of high efficient, clean secondary energy. Water electrolysis is a important method for preparation hydrogen on big scale.
本文采用热网络法计算了水-氢-氢汽轮发电机稳态运行冷却水路堵塞时的定子温度场。
This paper USES the equivalent thermal network method to calculate the stator temperature field of the water-hydrogen-hydrogen-cooled turbo-generators when the water cooling system.
本文介绍了两种最有前途的制氢方法：利用太阳能光解水制氢和生物法制氢，总结了其制氢的原理和特点，并对未来的研究趋势做了展望。
Two methods were introduced in this paper: hydrogen production by solar energy and biology. The principle, the trait and the investigation tendency of hydrogen preparation were given.
年日本率先突破氢分子难溶于水的技术难题，生产出饱和氢气水，也称富氢水。
In 2009, Japan out-breaks the technical problem of low-dissolving property of hydrogen in water and produce saturated hydrogen water that we called Hydrogen Rich Water.
年日本率先突破氢分子难溶于水的技术难题，生产出饱和氢气水，也称富氢水。
In 2009, Japan out-breaks the technical problem of low-dissolving property of hydrogen in water and produce saturated hydrogen water that we called Hydrogen Rich Water.
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