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- Critical conversion efficiency of light energy of the photocatalytic hydrogen production from water decomposition 光催化分解水制氢的临界光能转换效率
- The situation of hydrogen production from propane is summarized. 摘要综述了丙烷催化转化制氢的国内外发展状况。
- The main problems of hydrogen production from supercritical water gasification in the utilization of organic wastes are analyzed and its trend of development is also presented. 分析了目前超临界水气化制氢在有机废弃物资源化应用中存在的主要问题,并展望了超临界水气化制氢的研究前景。
- Keywords Potassium tetraborate;Photocatalysis;Hydrogen production from water splitting ; 四硼酸钾;光催化;分解水制氢;
- Hydrogen production from CMM provides a new approach for utilization of CMM. 煤层气制氢为煤矿区煤层气的利用提出了一条新的途径。
- hydrogen production from water 水制氢
- Scope Utilize Saharan winds and demonstrate hydrogen production from wind electricity, hydrogen storage and hydrogen shipping via pipeline. 摩洛哥风电制氢项目摩洛哥风电制氢项目。
- This paper presents the results of hydrogen production from soybean wastewater by immobilized photosynthetic bacteria(IPSB). 以海藻酸钠做包埋材料制备的固定化光合细菌,可以在不同浓度豆制品废水中进行光照放氢。
- As coal was transported homogeneously at high pressure by adding the sodium carboxymethylcellulose(CMC),the hydrogen production from catalytic gasification of coal/CMC in supercritical water(SCW) was investigated. 在向水煤浆中添加CMC(羧甲基纤维素钠),成功实现水煤浆高压均匀输送基础上,对超临界水中煤/CMC催化气化制氢性能进行了进一步研究。
- First of all, the effects of operating parameters on hydrogen production from the biomassgasification in SCW were validated according to the relevant literatures. 论文首先结合相关文献资料,初步验证了超临界生物质气化制氢工艺参数对实验的影响。
- Study on the Hydrogen Production from Brewer Waste Water 啤酒厂废水厌氧处理产氢研究
- Study was made on the hydrogen production from acidifying fermentation of sucrose- and starch-containing wastewater,and livestock wastewater by using anaerobically digested sludge. 利用厌氧消化污泥对含糖废水、淀粉废水和养殖废水的酸化发酵产氢特性进行了研究。
- Dry-reforming of methane can be used in hydrogen production from natural gas and, especially, biogas containing methane and carbon dioxide, and it is benefit to both environment and economy. 摘要甲烷干重整制氢技术可应用于天然气制氢,尤其是富含甲烷和二氧化碳的沼气制氢,具有环境与经济的双重效益。
- These chemicals are difficult to remove from water. 要从水中清除这些化学物质是困难的。
- Hydrogen production from sodium borohydride 硼氢化钠制氢技术
- Come up to the surface of or rise,as from water. 出现于表面或显露。
- Filters do not remove all contaminants from water. 过滤器无法过滤掉水中的所有污染物。
- Most of electricity comes from water power plants. 大部分电力是由水力发电厂生产的。
- Eg. The ice is change from water. 冰是由水变来。
- The blood can also export waste products from the tissues. 血液还能从身体组织里输出废物。