Development of Low Self-Discharge Type Ni-MH Batteries with High Recovery Technology

机译：利用高回收率技术开发低自放电型镍氢电池

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1. Introduction & Ni-MH Battery Market Status 2. Negative Electrode Technology Improved 2.1 Optimization of Super-Lattice Hydrogen-Absorbing Alloy Composition 3. Positive Electrode Technology Improved 3.1 Optimization of Ni(OH)2 Cobalt Coating 4. Overall Performance Enhanced after Integrating Latest FDK Technology 5. Summary.

机译：1.简介和镍氢电池市场状况2.改进负极技术2.1优化超晶格吸氢合金成分3.改进正极技术3.1优化Ni（OH）2钴涂层4.集成后整体性能得到提高最新的FDK技术5.摘要。

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《International Battery Seminar and Exhibit》|2014年|315-322|共8页
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Hirohito Teraoka;
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入库时间 2022-08-26 15:19:45

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1. An AC impedance study of self-discharge mechanism of nickel-metal hydride (Ni-MH) battery using Mg{sub}2Ni-type hydrogen storage alloy anode [J] . N. Cui, J. L. Luo Electrochimica Acta . 2000,第24期

机译：Mg {sub} 2Ni型储氢合金阳极对镍氢电池自放电机理的交流阻抗研究
2. Review on the development of AB sub 2 -type Zr-based Laves phase hydrogen storage alloys for Ni-MH rechargeable batteries in the Korea Advanced Institute of Science and Technology [J] . Kim DM, Lee J.-Y. --, Jang K.-J. -- Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 1999,第0期

机译：韩国高等科学技术院用于Ni-MH充电电池的AB亚2型Zr基Laves相储氢合金的发展回顾
3. Long-life Ni-MH batteries with high-power delivery at lower temperatures: Coordination of low-temperature and high-power delivery with cycling life of low-Al AB_5-type hydrogen storage alloys [J] . Zhou Wanhai, Zhu Ding, Liu Kun, International journal of hydrogen energy . 2018,第46期

机译：长寿命Ni-MH电池，可在较低的温度下提供高功率：低温和高功率输出与低Al AB_5型储氢合金的循环寿命相协调
4. Development of Low Self-Discharge Type Ni-MH Batteries with High Recovery Technology [C] . Hirohito Teraoka International Battery Seminar and Exhibit . 2014

机译：高回收技术的低自放电型Ni-MH电池的开发
5. Synthesis, characterization and design of high performance metal hydride electrodes used in Ni-MH batteries. [D] . Pranatharthiharan, Balasubramanian. 1998

机译：镍氢电池用高性能金属氢化物电极的合成，表征和设计。
6. Low Temperature Characteristics of Hydrogen Storage Alloy LaMm-Ni4.1Al0.3Mn0.4Co0.45 for Ni-MH Batteries [O] . Malgorzata Karwowska, Karol J. Fijalkowski, Andrzej A. Czerwiński 2019

机译：镍氢电池用贮氢合金LaMm-Ni4.1Al0.3Mn0.4Co0.45的低温特性
7. Development of Gasification and Reforming Technology using Catalyst at Lower Temperature for Effective Energy Recovery: Hydrogen Recovery Using Waste Wood [O] . Katsuya KAWAMOTO, Wei WU, Hidetoshi KURAMOCHI 2009

机译：催化剂在较低温度下使用催化剂进行气化和重整技术的发展：使用废木材的氢恢复
8. Services, Facilities and Materials to Conduct Investigations Leading to the Development of Reserve Type Batteries (Low Temperature) [R] . 1957

机译：进行调查的服务，设施和材料导致储备型电池的发展（低温）

Development of Low Self-Discharge Type Ni-MH Batteries with High Recovery Technology

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