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Application of Lithium Thionyl Chloride Batteries to Marine Requirements

机译:亚硫酰氯锂电池在船舶需求中的应用

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Requirements for undersea systems applications have, over the past several years, forced rapid advances in lithium battery state-of-the-art. Recent technological improvements have provided safe, reliable batteries that have proven to be highly tolerant to the abusive undersea environment. Cell developments have been directed towards small cells for low, medium, and high rate applications; large low rate cells; and reserve electrolyte cells for very high rate applications such as for torpedo propulsion. The immediate goals for the further advancement of lithium battery development are: (1) cost reduction through improved manufacturing and material processing technology, and (2) expansion of the spectrum of available cell sizes and discharge rates to meet the needs of the future.
机译:在过去的几年中,海底系统应用的要求迫使锂电池的最新技术迅速发展。最近的技术改进提供了安全可靠的电池,事实证明这些电池对恶劣的海底环境具有高度的耐受性。细胞发展已经针对低,中和高速率应用的小型细胞。大型低费率牢房;并为极高速率的应用(例如鱼雷推进系统)储备电解质电池。进一步推进锂电池开发的近期目标是:(1)通过改进制造和材料处理技术来降低成本,以及(2)扩大可用电池尺寸和放电速率的频谱以满足未来的需求。

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    《OCEANS '79》|1979年|p.177-185|共9页
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  • 中图分类 海洋学;
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