In another demonstration, they analyzed hydrogen production in bacteria for the University of Washington.
在另一项演示中,他们为华盛顿大学分析了细菌中的制氢过程。
Up to now, there are two main Hydrogen production methods-chemical and biological methods.
目前生产氢气的方法主要有化学制氢法和生物制氢法两大类。
The influences of decompression on hydrogen production and coke deposition on catalyst were small.
降压操作对重整产氢产率和催化剂的生焦影响不大。
In another demonstration they analyzed hydrogen production in bacteria for the University of Washington.
在另一项演示中,他们为华盛顿大学分析了细菌中的制氢过程。
Good economic benefits were obtained by executing the programme of hydrogen production from refinery gases.
通过实施炼厂气制氢方案,取得了很好的经济效益。
Hydrogen production plant by water electrolysis as the safeguard of the upper sounding is an important step.
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。
The development and commercial practice of a hydrogen production process with coking gas as feed is summarized.
介绍了焦化气制氢技术从试验室开发到工业应用的过程。
Ethanol type fermentation was proved to be optimum for bio-hydrogen production by organic wastewater fermentation.
乙醇型发酵是有机废水发酵法生物制氢的最佳产氢发酵类型。
Hydrogen production from starch by mixed cultures under light and dark conditions was studied in batch experiments.
进行了混合菌种利用淀粉进行光反应和暗反应的产氢对比试验。
The hydrogen production from hyacinth inoculated with preheated anaerobic active sludge by fermentation was studied.
采用加热预处理的厌氧活性污泥为接种物,对凤眼莲进行发酵产氢研究。
Therefore, combustion of adding hydrogen is the most effective application of fuel reforming for hydrogen production.
因此,发动机掺氢燃烧是燃料重整的最有效应用方法。
The high yield of propionic acid in mixed acid fermentation was the main reason for the low hydrogen production capacity.
混合酸发酵的发酵产物中丙酸含量较高是产氢能力偏低的主要原因。
The hydrogen production technology was utilized to revamp a light oil hydrogen production unit for processing coking dry gas.
利用焦化干气制氢技术对轻油制氢装置进行了技术改造。
Screening high-efficiency flocculant-producing bacteria by the effluent of bio-hydrogen production reactors was investigated.
为此,开展了利用生物制氢废液筛选高效产絮菌的研究。
Producing hydrogen by water electrolysis with SPE is a mature technology and will be one of the main ways of hydrogen production.
SPE电解水制氢技术成熟,将成为未来主要制氢方法之一。
So strengthening safety management of hydrogen production equipment is the need of safe and steady operating for generation units.
加强制氢设备的安全管理,不仅是其本身安全运行的需要,也是发电机组安全稳定运行的需要。
The gravimetric hydrogen production rate exceeds that of other solar-driven thermochemical processes by more than an order of magnitude.
而分解出氢的效率以重量计算可比其它太阳能热制程的效率高出一个数量级。
Batch tests were conducted to investigate the effect of gas phase on growth and hydrogen production of mixed cultures and pure culture.
针对不同气相条件对混合菌种以及纯菌种生长与产氢的影响进行了试验研究。
Further investigation of this pathway might lead to understanding and improvement of the hydrogen production mechanism of these bacteria.
关于这个路径的进一步调查可以得到对这种细菌产氢机制的了解及提高认识。
Biological hydrogen production is a process of applying anaerobic biological fermentation method to produce hydrogen from organic wastes.
在批式培养实验中以有机废弃物为原料,通过厌氧生物发酵制备生物氢气。
Hydrogen production from fossil fuel is the major processes in which steam reforming of natural gas is one of the most economic processes.
矿物燃料制氢是主要的制氢方法,其中以天然气蒸汽转化制氢的成本最低。
The experimental results indicate that pretreatment is a key factor that strongly affected the hydrogen production potential of substrate.
研究结果表明,预处理是影响底物产氢潜势的关键因素之一。
The effects of different ratio of aged refuse to alkali additive on fermentative hydrogen production from kitchen waste were investigated.
研究了不同配比的矿化垃圾与碱性添加剂对餐厨垃圾发酵产氢的影响。
The mechanism and the main microorganisms of fermentative bio-hydrogen production are introduced, and the influencing factors are analyzed.
本文介绍了发酵产氢微生物的种类及其产氢机理,对发酵产氢的影响因素进行了分析;
Hydrogen production by biomass gasification is a promising technology, which belongs to the comprehensive utilization of agricultural wastes.
生物质制氢是农业废弃物资源化利用的一项很有发展前途的技术。
Instead, he says, the solution to large-scale hydrogen production lies in using renewable electricity to extract hydrogen from water via electrolysis.
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。
The integration of hydrogen production by anaerobic fermentation and bio-processing of food waste has a great development and utilizing prospect.
微生物厌氧发酵制氢与餐厨垃圾生物利用相结合具有很好的开发和利用潜力。
Hydrogen production from water decomposition on photocatalysts with solar energy is an efficient way to transform solar energy to hydrogen energy.
利用太阳能分解水制备氢气是一种将太阳能转换成氢能的有效方式。
Hydrogen production from water decomposition on photocatalysts with solar energy is an efficient way to transform solar energy to hydrogen energy.
利用太阳能分解水制备氢气是一种将太阳能转换成氢能的有效方式。
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