锂聚合物电池也使用了胶体电解质电导增加。
These batteries may be more correctly referred to as Lithium Ion Polymer batteries.
主要探讨了二氧化硅及硫酸含量、温度等因素对胶体电解质物化性能的影响；
The factors influencing gel electrolyte performance such as the content of silica and sulfuric acid and the temperature are mainly discussed.
胶体电解质注入时为稀溶胶状态，采用过量电解质，可充满电池内所有的空间。
The gel electrolyte is in dilute sol state when being injected. Excessive electrolyte can fill in all the space inside battery.
采用胶体电解质技术，绝无酸液浓度层化问题，完全消除因浓度层化引起的极板腐蚀和钝化现象。
It has adopted colloid electrolyte technology, avoiding density stratification problem of acid solution and eliminating plate corrosion and passivation caused by density stratification.
采用胶体电解质技术，绝无酸液浓度层化问题，完全消除因浓度层化引起的极板腐蚀和钝化现象。
It has adopted colloid electrolyte technology, avoiding density stratification problem of acid solution and eliminating plate corrosion and passivation caused by density stratification.
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