吸氢

热缓冲剂对稀土贮氢合金吸氢动力学的影响

The Effect of Heat Buffer Reagent on the Hydrogenation Kinetics of Rare Earth Hydrogen Storage Alloys

研究结果表明，当铜粉与贮氢合金粉达到一定比例时，能够消除热传导对吸氢动力学的影响。

The effect of heat exchange on hydrogenation kinetics can be eliminated when the proportion between the copper powder and hydrogen storage alloy reaches some degree .

选择己二酸（A）、磷酸二氢铵（B）、水合抑制剂（C）和吸氢剂（D）等四种溶质为考察因素，采用均匀设计法构成初始单纯形。

Four solutes were selected for experimental factors and the initial simplex was built in term of the uniform design method .

Ti系合金的室温吸氢平衡压力

Hydrogen absorption equilibrium pressure at room temperature of the Ti-base hydrogen storage alloys

非晶态Fe（40）Zr（60）薄膜吸氢的研究

Research of Hydrogenation of Amorphous Fe 40 Zr 60 Thin Film

NdFeB合金吸氢过程的研究

Hydrogen Absorption of Nd-Fe-B Alloys

在新的晶界相中，Nd含量降低到30%~50%左右，Nd含量的降低导致了晶界相吸氢活性变小，从而提高了磁体的耐氢性能。

Decrease of Nd content in new boundary phase leads to improved hydrogen resistance .

SEM分析表明，化学镀镍过程中伴有吸氢反应。

The SEM morphology showed that hydrogen reaction was found during the process of nickel plating .

AB2型储氢材料表面吸氢的光电子谱研究

Investigation of hydrogen adsorption on AB_2 alloy surfaces using UPS

ΔH实验值与计算值的误差在6.3KJ/mol·H2以内；吸氢量N的计算误差均小于0.2。

The error of enthalpy AH and storage capacity N between calculated value and experimental value are less than 6.3KJ/molH_2 and 0.2 respectively .

Zr－2合金在化学去污液中的辐照吸氢试验

Irradiation Absorption Test of Hydrogen for Zr-2 Alloy in Chemical Decontamination Solution

Ag催化剂对MnO2吸氢催化活性的研究

Studies of Ag catalyzers used in H_2 absorption of MnO_2 electrodes

Mg+40wt.%TiFe（Mn）非晶复合储氢材料吸氢性能研究

Hydriding Properties of Mg + 40wt . % TiFe ( Mn ) Amorphous Composite Material Prepared by Ball Milling

实验结果表明：钒合金有较强的吸氢能力，合金元素Ti能显著提高合金的吸氢量。

Results show that the vanadium alloys have high hydrogen absorption rate , which is increased by the Ti alloying element .

TiAl吸氢量小，抗高温吸氢性优异。

Hydrogen - absorption resistance of TiAl is excellent .

C60与吸氢金刚石（111）表面碰撞崐的模拟研究

Simulations of C60 collisions with a hydrogen-terminated diamond ( 111 ) surface

通过X射线衍射数据的Rietveld全谱拟合精修及储氢实验，从相转变和吸氢量方面进行分析。

Its phase transition and hydrogen absorption amount were analyzed with Rietveld refinement method and hydriding experiment .

LaNi（5-x）Alx合金的Al含量对吸氢量和平衡氢压的影响

Effect of Al Content on Hydrogen Storage Capacity and Plateau Pressure of LaNi_ ( 5-x ) Al_x-H System

Pd被广泛用作催化剂，其在催化方面的应用与其显著的吸氢能力密切相关。

It can be widely used as the primary catalyst and its applications in catalysis are related to its remarkable capacity for hydrogen absorption .

天然纳米矿物作为催化剂CVD法合成碳纳米管及碳纳米管吸氢性能的研究

Synthesis of Carbon Nanotubes by Chemical Vapor Deposition with Natural Nano-minerals as Catalyst and Studies on Hydrogen Absorption in Carbon Nanotubes

Mg2Ni型贮氢合金结构与吸氢性能的研究

Investigation on the Phase Structure and the Hydrogen Absorption Properties of Mg_2Ni Hydrogen Storage Alloys

在不含Cr的锆合金中添加合金元素Nb，不仅改善了焊接区的耐腐蚀性能，而且不会引起腐蚀时吸氢增加。

Adding Nb alloying element in zirconium alloys without Cr , not only improves the corrosion resistance , but also make hydrogen uptake not to increase .

CO对LaNi（4.7）Al（0.3）合金吸氢动力学特性的影响

The Effect of CO Impurity on the Hydrogen Absorption Kinetics of LaNi_ ( 4.7 ) Al_ ( 0.3 ) Under the Cyclic Operations

所获得的结果表明：该材料具有突出的吸氢能力，其吸收容量R为40.8ml/g，吸收效率为80%。

Method and experimental devices are described . Results showed that sponge palladium possesses outstanding ability of absorbing hydrogen . Absorption capability R was 40ml / g and absorption efficiency was 80 % .

研究发现，CoO/Al2O3复相催化剂的加入有利于提高Mg基合金吸氢反应的动力学性能，吸放氢量有所降低。

The results indicated that the addition of CoO / Al2O3 catalyst can improve kinetics properties of hydriding / dehydriding reaction , but the maximum hydrogen content was reduced .

四氢呋喃中不同时间球磨改性的La（1.8）Ca（0.2）Mg（14）Ni3合金和苯组成浆液的吸氢性能

Hydriding Properties of Slurries Composed of Benzene and La_ ( 1.8 ) Ca_ ( 0.2 ) Mg_ ( 14 ) Ni_3 Alloy Modified by Ball-Milling for Different Times in THF

混合稀土金属（Mm）和MmNi5的相关系及其吸氢性能的研究

Studies of phase relations between mischmetal ( mm ) and mmni_5 together with their hydrogen absorption properties

非晶态Fe（90-x）VxZr（10）合金吸氢现象及磁性变化的研究

Effect of hydrogen absorption on magnetic properties of amorphous fe_ ( 90-x ) v_xzr_ ( 10 ) alloys

本文采用KOH溶液-CO2-N2系统来模拟研究铝液在处理过程中表面的吸氢作用。

The action of absorbing hydrogen on the surface of melted a1uminium is studied simulantly with the system of KOH aqueous solution-CO2-N2 .

PCT测试表明合金的最大吸氢量随合金中Zr含量的增加而增大，吸氢平台压力随合金中Zr含量的增加而降低；

PCT tests showed that the maximum hydrogen absorption content increased with increasing Zr content . Thus the hydrogen absorbing plateau pressure decreased simultaneously .