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- Energy: Hydrogen storage for fuel cells, battery electrodes, etc. 能源:燃料电池储氢,电池电极等;
- The gaseous hydrogen storage vessels and associated piping shall be electrically bonded and grounded. 气态氢储存容器和附属管道应当用导线连接在一起，且接地良好。
- The electrochemical properties of AB5-type hydrogen storage alloys are determined by the component, microstructure and surface states of the alloys. 摘要AB5贮氢合金的电化学性能是由合金的成分、微观结构和表面状态决定的。
- The structure and electrochemical properties of A side super-stoichiometric AB_2 hydrogen storage alloys were studied. 研究了A侧过化学计量比对AB2型贮氢合金相结构与电化学性能的影响。
- G. The gaseous hydrogen storage vessels and associated piping shall be electrically bonded and grounded. 气态氢储存容器和附属管道应当用导线连接在一起，且接地良好。
- Therefore, study and development of hydrogen storage become a pop topic in the world. 因此，研究和开发储氢材料已成为世界各国的热门课题。
- 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。
- The effects of electroless nickel plating on the particles morphology and the electrochemical properties of low-Co hydrogen storage alloy were investigated. 摘要研究了化学镀镍对低钴贮氢合金粉末颗粒形态和电化学性能的影响。
- Micro-coiled carbon fibers are of great potential as electromagnetic absorptive materials and hydrogen storage medium because of their excellent physical and chemical properties. 摘要螺旋炭纤维具有优异的物理和化学特性，在电磁波吸波材料、氢气存储等领域极具应用价值。
- The phase structure,hydrogen storage performance and electrochemical performance of the alloys were studied by XRD and three-electrode test system. 采用X射线衍射和三电极测试体系研究了合金的相结构、贮氢性能和电化学性能。
- The mechanism of nickel plating effects on the electrochemical properties of low-Co hydrogen storage alloy was discussed. 分析了镀镍对低钴贮氢合金电化学性能的影响机理。
- Satyapal, who has held various positions in academia and industry, serves as the team leader for the DOE's applied hydrogen storage R&D activities. 沙提亚派尔在学界与业界身兼数职，并在美国能源部的应用氢储存研发计画中担任团队领导人。
- The present situation and development trend of several kinds of hydrogen storage alloys in the domain of MH-Ni batteries are introduced. 本文介绍了目前国内外几种系列储氢合金在镍氢电池中的应用及研究现状和发展趋势。
- Shape and purpose:blocky,mainly used as hydrogen storage materials,reducers and additives for special steels and non-ferrous metal alloys. 形状和用途：块状，主要用于贮氢材料，还原剂以及特种钢，有色金属合金添加以剂。
- SUNITA SATYAPAL works in the U.S.Department of Energy's applied research and development program in hydrogen storage technology. 沙提亚派尔任职于美国能源部的应用研究与发展计画，研究氢的储存技术。
- We have studied exploringly the new organic aerogel hydrogen storage, the theory of metal small clusters and nano intermetallic compound materials. 探索了新型有机气凝胶储氢材料，开展了金属小团簇理论研究和纳米金属复合材料的研究工作。
- Hydrogen storage materials, which are important carriers during hydrogen storage and transport, can absorb and desorb hydrogen reversibly. 储氢材料能可逆地大量吸放氢，在氢的储存与输送过程中是一种重要载体。
- H. M. Cheng, Q. H. Yang, C. Liu, Hydrogen storage in carbon nanotubes, Symposium on Advanced Sciences and Technology of Carbon, Tokyo, July 23, 2000. 成会明，纳米碳管的合成、性能与应用，中国电工学会年会，北京，2001年5月21-22日。
- According to the thermodynamic properties of metal hydride, hydrogen storage alloy (HSA) could be applied in metal hydride hydrogen compressor (MHHC). 根据金属氢化物的热力学特性,储氢合金可应用于热驱动化学氢压缩器。
- It also analyzes the patents about hydrogen storage from the aspects of the variation number, technological distribution, assignees and inventors, etc. 并从情报研究的实践出发,以储氢领域为例,从专利数量随时间的变化趋势、专利技术布局、申请人、发明人等角度进行分析。
