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    HYDROGEN MAKING TECHNIQUES IN 21ST CENTURY
    21世纪的制技术
短句来源
    Solar—hydrogen energy
    太阳——能技术
短句来源
    Hydrogen energy and metal─base alloy compounds for hydrogen storage
    能及金属基储材料
短句来源
    HYDROGEN PRODUCTION BY H 2S MICROWAVE PLASMA DISSOCIATION
    微波等离子体方法分解 H_2S 制
短句来源
    On the Hydrogen Energy Sources and the Hydrogen-Based Energy System
    论能源和能源系统
短句来源
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  氢气
    Glucose was the best substrate for B49 to produce hydrogen. Glucose consumption and hydrogen yield for B49 with 10g/L glucose were 100% and 1. 69mol H2/mol glucose, respectively.
    葡萄糖是B49发酵产氢的最适宜底物,当浓度为10g/L时,B49的葡萄糖利用率为100%,氢气产率为1.69mol H_2/mol葡萄糖;
    When the OLR was controlled at 15kg COD/m3 · d, the maximum biogas production capacity was 3. 12m3 H2/m3reactor · d, the maximum hydrogen production capacity of ethanol type fermentation was 1. 56 m3H2/m3reactor · d, and the hydrogen content was about 50%.
    在有机负荷为15kgCOD/m~3·d的条件下,乙醇型发酵的最大产气能力为3.12m~3H_2/m~3(反应器)·d,最大产氢能力为1.56m~3H_2/m~3(反应器)·d,氢气含量为50%左右。
    While, for the mixed acid fermentation, the hydrogen production capacity was relatively low, the maximum biogas production capacity was 0. 57 m3H2/ m3reactor · d, the maximum hydrogen production capacity was 0. 17 m3H2/m3reactor · d, and the hydrogen content was around 30%.
    混合酸发酵的产气能力和产氢能力都较低,最大产气能力为0.57 m~3H_2/m~3(反应器)·d,最大产氢能力为0.17 m~3H_2/m~3(反应器)·d,氢气含量为30%左右。
    ADSORPTION OF HYDROGEN IN DIFFERENT STRUCTURAL SINGLE-WALLED CARBON NANOTUBE ARRAYS
    氢气在不同结构单壁碳纳米管束中的吸附
短句来源
    Generation Ⅳ nuclear energy systems and hydrogen economy——New progress in the energy field in the 21~(st) century
    第四代核能和氢气经济——21世纪能源领域的新进展
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  氢的
    Development and Application of Hydrogen
    氢的开发及应用
短句来源
    The thermodynamic analysis on direct hydrogen production from carbonaceous energy resources showed that there exist suitable reaction conditions and the heat balance could be realized.
    对含碳能源直接制氢的热力学分析表明反应体系存在适宜的反应条件并可实现热的平衡。
    The thermodynamic analysis and the experimental studies proved the feasibility of direct hydrogen production.
    热力学分析和实验结果证明了直接制氢的可行性。
    The paper summarized the virtue of hydrogen energy , the manufacture and storage of hydrogen, and the application foreground of hydrogen energy,imagined a happy future of hydrogen energy.
    本文概述了氢能的优点,氢的制取和储存,以及氢能的应用前景,畅想了氢能美好的未来。
    Batch experiments were conducted to investigate effects of glucose concentration, preculture time, inoculation volume, temperature, nitrogen source and various organic substrates on hydrogen production by a novel fermentative hydrogen-producing bacterial strain B49 (AF481148 in EMBL).
    采用间歇实验,研究了葡萄糖浓度、菌龄、接种量、温度、氮源、不同有机底物对发酵产氢产酸细菌新菌种B49(AF481148 in EMBL)生物产氢的影响。
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  制氢
    HYDROGEN MAKING TECHNIQUES IN 21ST CENTURY
    21世纪的制氢技术
短句来源
    HYDROGEN PRODUCTION BY H 2S MICROWAVE PLASMA DISSOCIATION
    微波等离子体方法分解 H_2S 制氢
短句来源
    Technology of hydrogen making
    制氢技术和工艺
短句来源
    Analysis and research development of new hydrogen production system by solay water splitting
    新型太阳能制氢系统的分析与研究进展
短句来源
    Hydrogen production from solar energy
    太阳能制氢技术
短句来源
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  hydrogen
In the CoMSIA model, steric, electrostatic, hydrophobic and hydrogen bond donating factors were correlated to the activity and later the favorable and unfavorable regions of interaction were obtained.
      
tripos standard, hydrogen bonding, parabolic indicator in the case of CoMFA and steric, electrostatic, donor, acceptor, hydrophobic, donor and acceptor, steric and electrostatic in the case of CoMSIA.
      
Flavonoid antioxidants act as scavengers of free radicals by rapid donation of a hydrogen atom.
      
In addition, electrostatic, hydrogen-bonding, and dipole-dipole interactions are responsible for the above separations, which improve the selectivity of DNB for solutes.
      
Both metalation reaction with n-butyllithium and hydrochlorination reaction with dry hydrogen chloride selectively and quantitatively occurred at the pendant reactive sites, generating polymeric benzyllithium and 1-chloroethylbenzene species.
      
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