贮氢合金的制备技术和电化学性能（全英文版）

　　贮氢材料因其能可逆地大量吸收和放出氢气，在氢的储存与输送过程中充当一种重要载体，加之氢与贮氢材料均是“绿色"环保产品，因此备受全世界各国的高度重视。金属氢化物、碳纤维、碳纳米管以及某些有机液体都是优良的贮氢材料，特别是金属氢化物，不仅是一种优良的贮氢材料，而且还是一种新型功能材料，可用于电能、机械能、热能和化学能的转换与储存，具有广泛的应用前景。因此，金属氢化物技术，包括材料开发以及应用技术的研究，近年来受到包括我国在内的世界各国的广泛重视，得到了迅速的发展。我国在“863”高新技术发展规划、“973”计划以及国家自然科学基金指南中，都把贮氢材料作为重点研究领域之一。钢铁研究总院功能材料研究所近年来在国家“863”及国家自然科学基金多个项目的资助下，对各种贮氢材料开展了较深入的研究，取得了一些有特色的研究成果，为了加速我国贮氢材料的研究与产业化赶超世界先进水平以及加强与同行的交流，特整理出版了《贮氢合金的制备技术和电化学性能》。

暂缺《贮氢合金的制备技术和电化学性能（全英文版）》作者简介

Microstructure and Electrochemical Characteristics of Mm(Ni, Co, Mn, Al)5 Bx (x=0~0.4) Hydrogen Storage Alloys Prepared by Cast and Rapid Quenching
Research of Mm(Ni, Mn, A1, Cu)4.9Co0.2 Hydrogen Storage Alloys Prepared by Cast and Rapidly Quenched
Effect of Boron Additive on the Cycle Life of Low-Co AB5-type Electrode Consisting of Alloy Prepared by Cast and Rapid Quenching
The Effects of Rapid Quenching on the Electrochemical Characteristics and Microstructures of AB2 Laves Phase Electrode Alloys
Effects of Rapid Quenching on the Electrochemical Performances and Microstructures of the Mm(Ni, Mn, Si, A1)4.3Co0.6-xFex(x=0~0.6)ElectrodeAlloys
Effect of Substituting Mn with La on the Electrochemical Performances of Co-free Lax Mml-x (Ni, Mn, Si, AI, Fe)4.9 (x=0~1 ) Electrode Alloys Prepared by Casting and Rapid Quenching
Microstructures and Electrochemical Performances of La2 Mg(Ni0.85 Co0.15 ) 9 Crx (x=0~0.2) Electrode Alloys Prepared by Casting and Rapid Quenching
Effect of Substituting CO with Fe on the Cycle Stabilities of the As-cast and Quenched ABs-type Hydrogen Storage Alloys
Effect of Rapid Quenching on the Microstructures and Electrochemical Performances of Co-free ABs-type Hydrogen Storage Alloys
Microstructures and Electrochemical Performances of La2 Mg (Ni0 as COo 15 ) 9 Mx (M=B, Cr, Ti; x= 0, 0.1)Electrode Alloys Prepared by Casting and Rapid Quenching
Effect of Boron Additive on Electrochemical Cycling Life of La-Mg-Ni Alloys Prepared by Casting and Rapid Quenching
Electrochemical Characteristics of Mechanical Alloyed(Mgl-xZrx)2Ni(x=0~0.1)Electrode Alloys
Effects of Substituting Ni with Cu on the Microstructures and Electrochemical Characteristics of the As-cast and Quenched La0.7 Mg1.3 Ni2.55-xCo0.45Cux (x = 0~ 0.4) Electrode Alloys
Research on Electrochemical Characteristics and Microstructure of Mm(Ni, Mn, Al)4.9 Co0.2 Rapidly Quenched Alloy
Research of Low-Co AB5 Type Rare-earth-based Hydrogen Storage Alloy Electrodes
Electrochemical Characteristics and Microstructures of Rapidly Quenched Ti0.5 Zr0.2 Mn0.2 Cr0.5 V0.2 Ni0.95 Alloy
Effect of Boron Addition on the Microstructures and Electrochemical Properties of MmNia. 8 Co0.4 Mn0.6 Al0.2 Electrode Alloys Prepared by Casting and Rapid Quenching
The Effects of Rapid Quenching on the Microstructures and Electrochemical Properties of Low-Co ABs-type Electrode Alloy
Investigation on the Microstructure and Electrochemical Performances of La2 Mg(Nio. 85 Co0.15 )9 Bx (:r=0~0.2)Hydrogen Storage Electrode Alloys Prepared by Casting and Rapid Quenching
Effects of Substituting Co with Fe on the Microstruetures and Electrochemical Characteristics of the As-cast and Quenched Mm(Ni, Mn, Si, A1)4.6 Co0.6-xFe(x=0~0.6)Electrode Alloys
The Cycle Stabilities of the As-cast and Quenched La2 Mg(Ni0.85 Co0.15 )9 Mx (M=B, Cr, Ti; x＝0, 0.1)Hydrogen Storage Alloys