胶体蓄电池

本文从作为备用电源使用的胶体蓄电池产品设计思路分析入手，详细地分析了胶体电池与AGM电池的根本区别，从中得出胶体电池固有的技术特点。

This article , starting from the design of GEL battery as backup power supply , explains the fundamental differences between GEL battery and AGM , from which the technical characteristics of GEL battery are concluded .

主要了介绍气相二氧化硅在胶体蓄电池中的应用。

The application of fumed silica in gel battery is introduced in detail in this paper .

以触变性有机硅胶为原料，配成1.325g/cm3的触变性硅凝胶电解液，注入普通的AGM铅酸电池中制得不同型号的胶体蓄电池。

A colloidal storage battery was prepared by filling a thixotropic organic silica gel electrolyte into AGM type VRLA battery .

以超细SiO2粉末为硫酸溶液胶凝剂、聚丙烯酰胺为凝胶稳定添加剂制备胶体蓄电池用触变性硅凝胶电解液。

A thixotropic silica gel electrolyte used in the colloidal storage battery was prepared by using ultrafine silica powder as a gelling agent for sulfuric acid and polyacrylamide as stabilizer .

结果表明：触变性有机硅胶体蓄电池在多项性能指标上均优于普通电解液的VRLA电池，可部分替代普通电解液的VRLA电池。

Based on the result , it was concluded that the colloidal storage battery was superior to normal VRLA battery in some performance , normal VRLA battery could be replaced by a excellent colloidal storage battery .

基于离子液体胶体蓄电池电解液添加剂的研究

Study of ionic liquid as an gelled electrolyte additive in lead-acid batteries

胶体蓄电池及其电解质中的气相二氧化硅

Development process of gelled batteries and fumed silica used in their electrolyte

胶体蓄电池的研制（Ⅰ）&胶体电解液电性能的影响

The development of colloid accumulator (ⅰ) The study of electric properties of colloid electrolyte

胶体蓄电池加胶工艺的研究

Research on the gel-filling technology of gelled batteries

硅胶电解质的优选&硅酸钾用于胶体蓄电池的实践

Optimizing gelled-electrolyte batteries by using potassium silicate

碳纳米管作为电解液添加剂对胶体蓄电池性能的影响

Effects of Carbon nanotubes as an electrolyte additive on the electrochemical behavior of GEL-VRLA batteries

汽车胶体蓄电池简析

Simple Analysis of Auto Colloid Storage Battery

本文主要研究了胶体蓄电池中胶体电解液性能以及其对铅负极行为影响和铋对铅酸蓄电池及胶体蓄电池性能影响两方面的内容。

In this paper , two main aspects have been studied as follows : the performance of gelled electrolytes and effects of them on lead electrode in the gelled lead-acid battery ;

同时也将促进我国胶体蓄电池工业的发展、加速太阳能和风能等开发利用，产生的社会意义重大。

At the same time , it will also promote China 's gel stationary battery industry development , accelerate the development and utilization of solar and wind power , the social significance is huge .

简述了胶体蓄电池的优点，指出充电工艺对胶体蓄电池性能存在影响，重点探讨了胶体蓄电池的加胶工艺。

The advantages of gelled batteries were briefly described in this paper , the effect of charging algorithm on the performance of this kind of batteries was indicated , and the gel-filling processing was explored in detail .

免维护胶体铅酸蓄电池电解质的研究

A Research in Electrolyte for Maintenance Free Colloidal Lead & Acid Storage Battery

发展胶体铅酸蓄电池的看法与建议

Comments and Certain Proposals on the Development of Gelled Lead Acid Batteries in China

本文回顾了胶体铅酸蓄电池的发展及其现状，给出了该蓄电池前景的一些建议。

The development and status of the gelled lead acid storage batteries are reviewed . Some prospects about this battery are suggested .

本论文通过上百次的放电试验测试，通过实验建模方法对比研究了四种电动车动力蓄电池（铅酸蓄电池、胶体铅酸蓄电池、镍氢蓄电池和锂离子蓄电池）的性能，并得出了一些有意义的结果。

Through the method of experiment modeling , the performances of the four kinds of power batteries ( Valve regulated lead-acid battery , Colloid Lead-Acid battery , MH-Ni battery and Lithium-ion battery ) were compared . With hundreds of discharging tests , some significant results were gained .

胶体密封铅蓄电池的密封工作原理跟AGM式密封电池是相同的，但给正极析出的氧到达负极提供的通道是不同的，因而结构和工艺也就不同。

The sealed operational principle of gelled eletrolyte VRLA battery is identical with VRLA battery with AGM , but the pathes for oxygen evolved from anodes to cathodes are different , so the battery construction and technology are also different .

触变性有机硅胶体密封铅酸蓄电池研究

Performance of colloidal storage battery using thixotropic organic silica gel electrolyte

胶体电解质铅酸蓄电池在军用通信台站的应用及使用中的注意事项

Application of lead-acid batteries with gelled electrolyte in military telecommunications

胶体密封铅蓄电池特性分析

Analysis and discussion on characteristics of gel VRLA battery

胶体阀控蓄电池的人性化设计

The individualized design considerations for gel VRLA batteries

分析了胶体电解质铅蓄电池循环寿命长的原因；

The main causes for long cycle life lead-acid battery with gel electrolytes were analyzed .

认为，胶体电解质铅蓄电池循环寿命长，可显著提高电动自行车的行驶里程。

It was believed that the travel distance of electric bicycle may be extended by long cycle life battery with gel electrolyte .

报导了正极铅膏含酸量对电动车用胶体电解质铅蓄电池的初容量、低温放电性能以及循环寿命的影响；

The effects of H_2SO_4 contents in positive lead paste on initiative capacity , discharge performance and cycle life of gel electrolyte lead-acid battery for electric bike were introduced in this paper .

胶体电解质在VRLA蓄电池中的研究

The study on gelled-electrolyte in ? VRLA battery

胶体电解质比重对蓄电池使用寿命的影响

Effects of Colloid Electrolyte Gravity on Service Life of Storage Batteries

胶体电解质在铅蓄电池中应用的研究

Colloid Electrolyte in Lead Acid Storage Battery