实践证明，电解氢用于氨合成是完全可行的，经济效益十分显著。
Practice proves that the use of electrolytic hydrogen in ammonia synthesis is totally feasible, with marked economic benefit.
水通过电解可以分解为氧和氢。
Water can be reduced to oxygen and hydrogen by electrolysis.
氢也可以通过电解水产生，甚至可能从生物燃料中获取。
Hydrogen can also be created from water using electrolysis and potentially even from biofuels.
电解水产生并给燃料电池供能的氢难以处理。
Hydrogen, which can be made electrolytically from water and used to power fuel cells, is difficult to handle.
相反他认为大规模生产氢的解决方案在于使用可更新的电通过电解方式从水中提取氢。
Instead, he says, the solution to large-scale hydrogen production lies in using renewable electricity to extract hydrogen from water via electrolysis.
透明的太阳能电池通过背景光发电，然后进行水电解产生氢来驱动汽车。
Transparent solar cells generate electricity from ambient light. This electricity is used to carry out electrolysis of water and generate hydrogen to fuel the car.
如果我们能将从大气分离出的CO2与氢(通过电解水得到)结合在一起，就能制造出人工合成的碳氢化合物燃料。
If the co 2 extracted from the atmosphere were combined with hydrogen (extracted from water using electrolysis), it could make synthetic hydrocarbon fuels.
用电解法可以把水分解为氧和氢。
Water can be reduced to oxygen and hydrogen by electrolysis.
太阳能板提供的电能将输出到电解槽以分解水成为氢和氧分子。
The solar panels will be used to give energy to the electrolyser to break the molecules of water into hydrogen and oxygen molecules.
水电解制氢设备是高空探测施放气球的保障，对高空业务是一个重要环节。
Hydrogen production plant by water electrolysis as the safeguard of the upper sounding is an important step.
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.
电能，要么来自太阳能或风能、或从未来融合反应器，可以用来制造氢水以电解。
Electric energy, from either solar or wind power, or from future fusion reactors, can be used to produce hydrogen from water by electrolysis.
本文介绍了水电解制氢(氧)装置的基本流程。
This paper introduces the essential flow chart of hydrogen production unit by water electrolysis.
原电池型的氢传感器和燃料电池属于前者，氢泵、蒸汽电解器和膜反应器属于后者。
Galvanic cell type hydrogen sensors and fuel cells belong to the former, and hydrogen pump, steam electrolyzer and membrane reactors to the latter.
本发明是硫酸氢咪唑离子液体在铜电解精炼中的应用。
The invention relates to an application method of hydrogen sulfate imidazole ion fluid in copper electrolysis refining.
结果：通过实验，在磷酸二氢钾10%浓度，18v电压下，电解效果最好。
Results: the electrolysis showed optimum effect at the concentration of 10% potassium dihydrogen phosphate under the 18v voltage.
综述了通过降低阳极析氧过电位来减少碱性水电解制氢能耗的研究进展。
The research progress in lowering the hydrogen generating energy consumption of alkaline water electrolysis by decrea-(sing) the anodic over potential for oxygen evolution was reviewed.
本文就钛合金叶片电解加工后的表面粗糙度、点蚀、烧伤及吸氢等问题进行了分析并提出了改善钛合金电解加工表面完整性的措施。
The surface roughness, pitting corrosion, burn and hydrogen uptake of ECM machined Ti-alloy blades are analyzed and the measures of improving surface integrity are introduced.
利用X射线衍射方法，研究了304L不锈钢中电解充氢过程和随后时效过程中的氢致奥氏体结构变化和氢致马氏体相变。
Hydrogen induced austenite structure transformation and martensite transformation in 304l stainless steel during hydrogen charging and aging were studied by X-ray diffraction.
介绍了水电解制氢和天然气重整制氢技术的原理及其工艺流程。
The paper describes the principles and process flowsheet of hydrolytic and electrolytic hydrogen making and hydrogen making by natural gas reformation.
通过一系列电解充氢试验比较了不同焊后热处理条件对不锈钢堆焊层氢致剥离的影响。
The influence of PWHT conditions on hydrogen-induced disbonding were studied through a series of electrolytic hydrogen charging tests.
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.
本文试验了用含有银催化剂的聚四氟乙烯氧电极，代替目前氯碱电解槽中所使用的氢阴极。
Experimental study has been made on substituting polytetrafluoroethylene oxygen electrode with silver catalyst for hydrogen cathode in chlorine-alkali electrolyzer in common use today.
一种用聚合物电解质膜电解有机物水溶液制氢的方法，属于能源技术领域。
A hydrogen production process with polymer electrolyte membrane by electrolyzing organic aqueous solution belongs to the energy source technology field.
氢气广泛用于石油、化工、冶金、电子等行业，水电解制氢是重要的制氢方法之一。
Hydrogen is widely used to industries of petroleum, chemistry, metallurgy and electronics, etc. Hydrogen generation system by water electrolysis is one of the important hydrogen production methods.
一种聚合物电解质膜电解有机物水溶液制氢装置，属于能源技术领域。
A hydrogen production device of polymer electrolyte membrane by electrolyzing organic aqueous solution belongs to the energy source technology field.
该工艺的主要原理为：第一步通过直接电解将硫氢根离子氧化生成较高级的多硫化物，同时制取氢气；
The main principle of the new process is: firstly , hydrogen sulfide ion is oxidized to polysulfide and hydrogen is released simultaneously at the same time;
自从发现氢分子医学效应以后，目前认为电解水效应的本质也是氢气效应。
However, recent medical development and discovery of Hydrogen function allow people to recognize the effects of water from electrolysis are actually from Hydrogen effect.
生产氢有多种方法：天然气的蒸气重整，水的电解，氨的分解，石油蒸馏和氯生产的副产品。
A protective gas generation system is adopted with dissociation of liquid ammonia to get hydrogen and air separation to get nitrogen.
生产氢有多种方法：天然气的蒸气重整，水的电解，氨的分解，石油蒸馏和氯生产的副产品。
A protective gas generation system is adopted with dissociation of liquid ammonia to get hydrogen and air separation to get nitrogen.
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