a lithium ion battery that will move a car one mile weighs less than half as much as a nickel metal hydride and one-sixth as much as lead acid.
驱动一辆车行使一英里所用的锂离子电池仅为镍氢电池重量的一半,铅酸电池重量的1/6。
a composite material is generally associated with the sensor, wherein the composite material comprises a metal hydride material for gas storage.
复合材料通常和传感器连接,其中所述复合材料包含用于存储气体的金属氢化物材料。
eventually those lithium ion batteries in the volt should cost less than nickel metal hydride batteries in the prius (now $3, 000 to $4, 000), since they use less expensive materials.
但是最终volt所用的锂电池的费用会降下来,因为制造锂电池的材料比pirus车里用的镍电池便宜。
electrochemical impedance spectra (eis) of a metal hydride electrode were interpreted by means of an equivalent circuit.
通过试验测得金属氢化物电极的电化学交流阻抗谱(eis),经过分析得到该电极的等效电路图。
the characteristics of the metal hydride materials for hydrogen storage were reviewed.
对金属氢化物贮氢材料及其贮氢性能进行了综合评述;
the results shows that the discharge potential plateau of metal hydride electrode is very lower and the polarization is larger at low temperature.
实验结果表明,氢化物电极低温放电电位平台很低,电极极化大。
in addition, it was presumed that the dimerization reaction was attributed to the metal hydride mechanism, and some indirect evidences were obtained for supporting this mechanism.
另外,还讨论了反应的金属氢化物机理,并获得了支持该机理存在的间接证据。
conventional lithium-ion or nickel metal hydride rechargeable batteries contain active material that is placed into a thin film.
传统的锂离子以及金属氢化物镍蓄电池中所含有的活性物质被放置在一个薄膜中。
the general situation of recycling and reusing for nickel metal hydride batteries and its fire metallurgy and hydrometallurgy technical processes are summarized.
介绍了国内外废旧电池的回收概况以及火法和湿法回收金属氢化物-镍电池的工艺流程。
from 1997 to 2004, for example, the price tag for the nickel metal hydride batteries used in hybrids dropped by half, as did their weight.
举例来说,从1997~2004年,混合车使用的镍氢电池价格降低了一半,重量也减轻一半。
this paper presents four storage methods. metal hydride and carbon adsorption, due to its safety and high storage efficiency, have been investigated widely.
给出了氢气的四种储存方法,其中金属氢化物和碳质吸附储氢两种方法,由于安全可靠,储存效率较高,是目前广泛研究的储氢方式。
as the key material of nickel metal hydride batteries, rare-earth-based hydrogen storage alloy is one of the few alloys which are still widely used.
作为镍氢电池的关键材料,稀土系贮氢合金是目前为数极少的实用化合金之一。
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。