1) LaNi5 hydride
LaNi5氢化物
2) LaNi_5
LaNi5
1.
The thermodynamic equilibrium relationship of the hydrogen storage of LaNi_5 is analyzed.
分析了LaNi5储氢过程的热力学平衡关系,根据平衡状态下的热力学函数,导出了能够完整描述整个实验范围P-C-T关系的平衡公式。
2.
Employing the first principles discrete variational method(DVM),the electronic structures of LaNi_5 hydrogen storage alloys with Ni replaced by common element M(M=Al or Si) were investigated.
采用第一原理离散变分法(DVM)研究了常用元素Al和Si掺杂对稀土系贮氢合金LaNi5电子结构的影响,在计算结果的基础上进一步探讨了微观结构对合金宏观性能的影响。
3.
The thermodynamic feasibility of Ca-La_2O_3-Ni system was analyzed to produce LaNi_5 by reduction-diffusion.
研究了Ca-La2O3-Ni体系还原扩散法制备LaNi5的动力学过程。
3) LaNi 5
LaNi5
1.
In order to investigate the mechanism about the effects of tritium aging on metal hydride, experiments were performed on some aged LaNi 5 materials which had been loaded with DT and stored at room temperature for 2140 days.
为探究金属氚化物老化效应的机理 ,利用一个装载氘氚老化了 2 14 0天的LaNi5床开展实验研究。
2.
The influence of tritium aging effect on hydrogen storage feature of LaNi 5 were investigated by dedeuterating thermodynamics and the equilibrium desorption.
测定了老化LaNi5料的解吸等温线及去氘化热力学参数。
4) Hydrogen
[英]['haɪdrədʒən] [美]['haɪdrədʒən]
氢及氢化物
1.
Effect of Hydrogen and Hydride on Fatigue Cracking Rate of Zirconium-Based Alloys and Its Estimation;
氢及氢化物对锆合金疲劳裂纹扩展速率的影响及估算
5) hydrides
氢化物
1.
Determination of germanium in zinc concentrate by hydrides generation-atomic fluorescence spectrometry;
氢化物发生—原子荧光光谱法测定锌精矿中的锗
2.
The predecessor proposed some formulae to calculate the vibrational frequency υA-H of all familiar covalent molecular hydrides from the different angle.
为了计算方便,本文总结出一个新的计算所有常见的氢化物中A-H键振动频率υA-H与价层轨道平均能、键长的关系方程υA-H=1462。
3.
02MPa,the alloys after activation reacted fast with H_2 and the alloy hydrides were formed at room temperature.
13时,合金为单一的β-Ti结构,吸氢产物由fcc(γ-Ti)氢化物和β-Ti氢固溶体组成,晶格参数增加至0。
6) hydride
[英]['haidraid] [美]['haɪdraɪd]
氢化物
1.
The stress-induced reorientation of hydrides in titanium alloy;
钛合金中氢化物应力的再取向
2.
Determination of micro mercury in zinc refined ores by Panfei tube separation-hydride generation-cold atomic fluorescence spectrometry;
潘菲氏管分离氢化物-冷原子荧光光谱法测定锌精矿中微量汞
3.
Determination of Arsenic in Feed Mineral Additives with Hydride-Non-Dispersion Atomic Fluorescence Spectrometry;
氢化物-非色散原子荧光法测定饲料矿物添加剂中的砷
补充资料：多烯烃的C12-30碳氢化合物(乙烯的聚合物副产品)
CAS：68911-05-7
中文名称：多烯烃的C12-30碳氢化合物(乙烯的聚合物副产品)
英文名称：Hydrocarbons, C12-30, olefin-rich, ethylene polymn. by-product
C12-30-Olefin-paraffin (distillation column bottoms)
hydrocarbons, c12-30, olefin-rich, ethylene polymn.by-product
Hydrocarbons,C12-30,olefin-rich,ethylene polymn. by-product
C12-30-Olefin-paraffin(distillation column bottoms
中文名称：多烯烃的C12-30碳氢化合物(乙烯的聚合物副产品)
英文名称：Hydrocarbons, C12-30, olefin-rich, ethylene polymn. by-product
C12-30-Olefin-paraffin (distillation column bottoms)
hydrocarbons, c12-30, olefin-rich, ethylene polymn.by-product
Hydrocarbons,C12-30,olefin-rich,ethylene polymn. by-product
C12-30-Olefin-paraffin(distillation column bottoms
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