CAJ | 학술논문

有机硅因其具有本身结构所决定的优异耐高温性和稳定性，将其应用于锂离子电池电解质中，可提高锂离子电池的安全性。综述了有机硅化合物在锂离子电池聚合物电解质和液态电解质中的应用形式及研究现状，包括作为聚合物电解质的组分、作为液态电解质的溶剂或添加剂，并详细介绍了作者所在研究团队近年来在锂离子电池含有机硅化合物电解质材料制备及研究方面的探索成果，同时探讨了其发展及应用前景。
유궤규인기구유본신결구소결정적우이내고온성화은정성，장기응용우리리자전지전해질중，가제고리리자전지적안전성。종술료유궤규화합물재리리자전지취합물전해질화액태전해질중적응용형식급연구현상，포괄작위취합물전해질적조분、작위액태전해질적용제혹첨가제，병상세개소료작자소재연구단대근년래재리리자전지함유궤규화합물전해질재료제비급연구방면적탐색성과，동시탐토료기발전급응용전경。
Organosiloxane has a high-temperature resistant and stable character which was the result of its struc-ture.Introducing organosiloxane into the electrolyte of lithium batteries,the safety performance will be im-proved significantly.In this paper,recent research progress on application of organosiloxane in polymer electro-lyte and liquid electrolyte is systematically reviewed,including serving as the component of polymer electrolyte, as well as solvent or additives in liquid electrolyte.Besides,the results of our research team focus on the explo-ration of new organosiloxane compounds for Li-ion batteries electrolyte in late years are elaborated.Further-more,the current problems and the corresponding research directions are also discussed.