1) hybrid hydrogen storage vessel
混合储氢容器
1.
c solid solution type hydrogen storage alloys, high-pressure hydrogen storage technology and hybrid hydrogen storage vessel, Ti-V-Mn alloys with high hydrogen storage capacity were chosen as the first object of this study.
本文首先全面综述了国内外体心立方固溶体储氢合金的研究进展,并且对于高压储氢以及混合储氢容器进行了深入的探讨。
2) hydrogen storage vessel
储氢容器
1.
Using this alloy a metal hydride hybrid high-pressure hydrogen storage vessel with working pressure of 40 MPa was composed and its hydrogen storage density was calculated.
采用该合金与自制的轻质高压储氢容器(工作压力为40MPa)复合组成金属氢化物复合式高压储氢器,对其储氢密度的计算结果表明,当储氢合金的填充量(体积分数)达到0。
3) mixing vessel
混合容器
4) liquid hydrogen storage vessel
液氢储存容器
5) mixing memory
混合存储器
6) hybrid capacitor
混合电容器
1.
Preparation and characterization of porous ruthenium oxide coatings as cathode material of hybrid capacitor;
混合电容器多孔氧化钌阴极涂层的制备与表征
2.
Research on MnO_2/AC hybrid capacitors with organic electrolyte;
有机电解液MnO_2/AC混合电容器的研究
3.
Studies on hybrid capacitor based on nanosized NiO prepared by precipitation transformation method;
基于沉淀转化法制备的纳米NiO混合电容器研究
补充资料：储层描述(见油气田储层评价)
储层描述(见油气田储层评价)
reseroir evaluation of oil and gas field
储层描述(reseroir evaluation of 011 and gasfield)见油气田储层评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条