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Characterization of microglass wet laid nonwovens used as battery separators

机译:用作电池分离器的微胶湿铺设非织造织物的表征

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Significant advancements have been made in the battery industry with the development of valve regulated lead-acid (VRLA) cells for a variety of applications. Today, most sealed or gas recombining, lead-acid batteries utilize absorptive microglass separators in their design. The 100 percent microglass battery separator mat used in rechargeable lead-acid batteries has been identified as being a critical component necessary for the operation of these cells. With the growing importance of the microglass separator in modern battery technology, an understanding of the various properties of the separator is essential to better understand the impact separators have on battery performance. A method for characterizing microglass separators is described by surface area, mechanical, chemical, and microscopy techniques.
机译:电池行业采用了显着的进步,随着阀门调节的铅酸酸(VRLA)细胞进行各种应用。如今,最密封或气体重新组合,铅酸电池在其设计中使用吸收性微胶囊分离器。在可充电铅酸电池中使用的100%微轧电池隔膜垫已被识别为这些细胞操作所需的关键组分。随着MicroGlass分离器在现代电池技术中越来越重要,对分离器的各种性质的理解对于更好地了解电池性能至关重要。通过表面积,机械,化学和显微镜技术描述了用于表征微氧化物分离器的方法。

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