首页> 外国专利> The solid-state high polymer electrolyte constituent which contains the building a bridge medicine and this building a bridge medicine of annular polysiloxane based chemical compound and the annular polysiloxane building a bridge medicine for solid-state high polymer electrolyte which

The solid-state high polymer electrolyte constituent which contains the building a bridge medicine and this building a bridge medicine of annular polysiloxane based chemical compound and the annular polysiloxane building a bridge medicine for solid-state high polymer electrolyte which

机译:固体高分子电解质成分,其包含建筑用桥药,该建筑用环状聚硅氧烷系化合物的桥药,以及环状聚硅氧烷用建筑桥用固体高分子电解质。

摘要

The plasticizer which is the electrolytic constitution component where furthermore details, contain annular polysiloxane based chemical compound, and the aforementioned annular polysiloxane based chemical compound which possess the new structure where poly- alkylene oxide acrylic acid radical is introduced into annular polysiloxane compound as for this invention annular polysiloxane based chemical compound and this chemical compound as the building a bridge medicine in regard to the solid high polymer electrolyte composition which it contains, differ here as the building a bridge medicine, it is the lithium salt and the solid electrolytic composition which contains the hardening initiator. Because the solid electrolytic composition of long-cherished desire improves the ion conductivity and electrochemistry stability at room temperature, it is useful in the electrolytic thin film and the high polymer electrolyte etc of small size and the bulk lithium high-molecular accumulator. In addition, physical properties of high polymer electrolyte can be controlled easily by adjusting the length of the poly- alkylene oxide basis inside the aforementioned annular polysiloxane building a bridge medicine.
机译:作为本发明的电解构成成分的增塑剂,进一步详细地含有环状的聚硅氧烷系化合物和本发明的上述环状的聚硅氧烷系化合物,其具有将聚环氧烷丙烯酸基团引入到环状的聚硅氧烷化合物中的新结构。就其所含的固体高分子电解质组合物而言,环状聚硅氧烷类化合物和该化合物作为桥梁药物,在此与作为桥梁药物不同的是,锂盐和固体电解质组合物含有锂盐和固体电解质组合物。硬化引发剂。由于渴望的固体电解质组合物改善了室温下的离子电导率和电化学稳定性,因此可用于小尺寸的电解质薄膜和高分子电解质等以及大体积的锂高分子蓄电池中。另外,通过调节上述构成桥梁药物的环状聚硅氧烷内部的聚环氧烷的长度,可以容易地控制高分子电解质的物性。

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