镉镍电池

镉镍电池安全阀结构设计

On Structure Designing of Relief Valve For Nickel-Cadmium Battery

镉镍电池寿命的早期评价

Predicting the Early Life of Nickel-cadmium Battery

CAD系统与航空镉镍电池设计

Study of CAD system for aircraft Ni-C d battery design

N（235）萃取分离废旧镉镍电池中钴和镍的研究

A Study of the Extraction and Separation of Cobalt and Nickel from Spent Cd-Ni Batteries with

镉镍电池负极物质中Ca、Mg、Si、Mn的测定

Determination of Ca , Mg , Si , Mn in negative material of Ni-Cd batteries

快充式AA型镉镍电池的研究

Study on the fast charge AA-size Ni-Cd cells

ICP-AES法分析镉镍电池正极物质&钙、镁、钡、铁四元素的测定

Analysis of positive material for Ni-Cd battery by means of ICP-AES & Determination of Ca , Mg , Ba and Fe elements

介绍了电感耦合等离子体原子发射光谱法连续测定镉镍电池正极物质中Ca、Mg、Ba、Fe四元素。

The analytical method for simultaneous determination of Ca , Mg , Ba and Fe elements in positive material for Ni-Cd battery by means of Inductively Coupled Plasma Atomic Emission Spectrometry were introduced .

采用预充电热处理封口化成制备的镉镍电池，完全可以达到IEC标准，而且比开口化成的电池具有更加良好的电池性能。

The performance of Cd / Ni batteries could reach IEC standard completely by precharge-heat treatment sealed formation technology and the batteries had better performance than batteries made by open-formation technology .

研制的AA型发泡式镉镍电池性能优良，放电容量为700mAh以上，可用1.5小时快速充电，循环寿命超过400次。

AA size foamed nickel cadmium batteries had excellent performances with the discharge capacity greater than 700 mAh . This battery could be fast charged in 1 . 5 hours and its cycle life was over 400 times .

比较了阀控式铅酸蓄电池（VRLAB）与镉镍电池、MH&Ni电池和锂离子电池性能特点。

The performance characteristics of LABs was compared to Ni-Cd , Ni-MH and Li-ion batteries .

提出了一种废旧镉镍电池再利用的新工艺，通过控制硫酸溶液的温度和酸度等因素，在浸出阶段实现了Cd与Ni的分离；

A new method of reusing spent Cd / Ni battery was presented , Cd and Ni in the spent battery could be leached selectively at different temperature an pH value , and it led to the nearly complete separation of cadmium from nickel in the leaching stage .

简述运用N2O-C2H2火焰原子吸收光谱法进行镉镍电池电解液中锂含量的测定，并介绍了锂最佳测定条件及呈良好线性范围的浓度。

This paper studied the measurement of lithium content in electrolyte solution of Cadmium nickel battery by using the N_2O-C_2H_2 flame atomic-absorption spectroscopy and process synthetically considering measuring conditions and factors .

发泡式镉镍电池产品中，相当部分电池在搁置一月左右之后，开路电压下降至1.00～1.10V。

In foamed electrode Ni-Cd battery , the open circuit voltages of a large part of batteries flopped down to 1.00 ~ 1.10V after one month storage .

介绍了我国第一颗微小卫星创新一号（CX-1）电源分系统的性能、组成、工作原理，以及太阳电池阵、镉镍电池组和电源控制器等的设计和相应参数。

The performance , construction , principle , and design and parameters of solar array , Cd-Ni battery and power controller of the power subsystem for CX-1 satellite , which was the first micro-satellite in China , were introduced in this paper .

采用开关电源及末级恒流源方案，研制成3AH及以下密封镉镍电池容量的检测设备。

We have developed a new device for testing the electric capacity of sealed Ni cd batteries ( below 3AH ) by use of the design of switching power and last stage constant current power .

方型密封镉镍电池低电压现象初探

Study on low voltage phenomenon of prismatic sealed Ni Cd battery

镉镍电池浮充电流的调整与运行

Regulating and Running of the Floating Charging Current of Cadmium-Nickel Battery

某镉镍电池生产企业职业病危害调查

Investigation of Some Cadmium Nickel Battery Production Enterprise Occupational Disease Harms

旧镉镍电池湿法回收处理

The recovery of spent Cd / Ni battery by hydro-metallurgical process

镉镍电池屏新线路探讨及实验研究

Discussion and Experimental Research on the New Cadmium-Nickel Battery Panel Circuit

镍粉性能对镉镍电池性能的影响

Effect of Nickel Powder on Performance of Cd / Ni Battery

方型密封镉镍电池快速充电研究

Study on fast charging of prismatic sealed Ni - Cd batteries

封口化成制备镉镍电池

Preparation of Cd / Ni battery by sealed formation technology

镉镍电池屏运行中的问题及改进建议

Problem and solving way for operation of Ni-cadmium battery panel

超高倍率镉镍电池在内燃机车上的使用

Extra high rate Cd / Ni battery for diesel locomotive

矩形镉镍电池材料的耐腐蚀性研究

A study on erosion resistance of square Cd-Ni battery materials

内燃机车用超高倍率镉镍电池的研制

Extra High Rate Cd-Ni Alkaline Battery ( GNC140 ) For Diesel Locomotive

快充式高能镉镍电池组的研制

Preparation of Rapid-Charging and High Power Cd / Ni Battery

镉镍电池正极物质中钴的测定

Determination of cobalt in anodic materials of Ni Cd batteries