制氢，制取氢气的工艺过程。氢能是一种二次能源，从长远看，以水制氢是最有前途的方法，原料取之不尽，而且氢燃烧放出能量后又生成水，不造成环境污染。常用的制氢方法有：各种矿物燃料制氢、电解水制氢、生物质制氢、其他合氢物质制氢、各种化工过程副产氢气的回收等。各种矿物燃料制氢是最主要的制氢方法，但其储量有限，且制氢过程会对环境造成污染。 [1]
制氢 [zhì qīng]
网络释义专业释义
...-氧化铝催化剂；乙二醇；制氢；液相重整 [gap=1477]Keywords］ nickel-tin/γ-alumina；ethylene glycol；hydrogen production；liquid-phase reforming为了解决能源短缺、环境污染日益严重和经 ...
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...硼氢化钠；制氢；系统设计；泡沫镍载铂；质子交换膜燃料电池 [gap=1655]Key words：sodium borohydride；hydrogen generation；system design；foam Ni supported Pt catalyst；proton ...
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短语
甲醇制氢 MTH
电解水制氢设备 water-electrolytic hydrogen making equipment ; electrolytic hydrogen making equipment
重整制氢 DME SR ; aqueous-phasereforming ; Steam Reforming of methanol ; APR
制氢站 hydrogen generation station ; hydrogen generator ; Hydrogen Generation Plant
制氢机 hydrogen making machine
氨分解制氢装置 AZQ ; HYAQ
电解水制氢氧设备 eletrolysis water hydrogen oxygen equipment ; electrolyzed water hydrogen oxygen equipment
制氢设备 Hydrogen producer ; Wasserstoffgenerator
制氢站通风系统 DWZ
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hydrogen production - 引用次数：213
Reasonable reaction temperature for hydrogen production for corncob/CMC was 420-600 ℃.
获得玉米芯/CMC制氢的最佳温度范围为420—600℃。
参考来源 - 玉米芯与羧甲基纤维素钠的超临界水气化制氢 -
hydrogen production - 引用次数：77
In CSTR, the hydrogen production mechanisms included pyruvate decarboxylation hydrogen production and coenzymeⅠhydrogen redox balance adjustment, and their contributions were 82% and 18% respectively. Hydrogen-producing acetogens did not work.
在CSTR发酵制氢系统中,其产氢机制主要为丙酮酸脱羧产氢和辅酶Ⅰ氧化还原平衡调节产氢,其产氢量对反应器总产氢量的贡献分别为82%和18%,而产氢产乙酸作用未得到发挥。
参考来源 - CSTR和ABR处理有机废水产氢产甲烷特征与效能
·2,447,543篇论文数据，部分数据来源于NoteExpress
双语例句原声例句
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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。
In another demonstration, they analyzed hydrogen production in bacteria for the University of Washington.
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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。
In another demonstration they analyzed hydrogen production in bacteria for the University of Washington.
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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.
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If the vehicle in the unfortunate circumstances of a collision, has to be able to maintain the security of the hydrogen which means more mass, which means a lot of the efficiency is being squandered What's the environmental impact of hydrogen production?
如果车辆,在碰撞中发生了不幸，要仍然能够保持氢气的安全性的话,意味着需要更多的质量，也就是说大部分效率被浪费了,制氢对环境有什么影响呢？
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