IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS

LI Yongjun; FU Yingwen; FANG Shibi; JIANG Yingyan

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IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS

Papers | Updated：2021-06-21

- IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS
- IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS
- 高分子科学（英文版） 1988年6卷第4期页码：332-336
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- 纸质出版：1988-12-20
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LI Yongjun, FU Yingwen, FANG Shibi, 等. IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS[J]. 高分子科学（英文版）, 1988,6(4):332-336.

LI Yongjun, FU Yingwen, FANG Shibi, et al. IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS[J]. 1988, 6(4): 332-336.
LI Yongjun, FU Yingwen, FANG Shibi, 等. IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS[J]. 高分子科学（英文版）, 1988,6(4):332-336. DOI：

LI Yongjun, FU Yingwen, FANG Shibi, et al. IONIC CONDUCTIVITY OF METHYLSILOXANE TERMINATED POLYETHYLENE OXIDE WITH LITHIUM PERCHLORATE NETWORK FILMS[J]. 1988, 6(4): 332-336. DOI：

摘要

Complex films of crosslinked poly(methylsiloxane-co-ethylene oxide) and lithium perchlorate were prepared. These solid state polymeric electrolytes show a markedly higher ionic conductivity

and excellent flexibility. The ionic conductivity of the network films closed to 10-5 Scm-1 at room temperature. The effects of Li+ content

species and contents of crosslinking agents

molecular weight of poly(ethylene oxide) and temperature on the ionic conductivity of the network films were also investigated.

Abstract

Complex films of crosslinked poly(methylsiloxane-co-ethylene oxide) and lithium perchlorate were prepared. These solid state polymeric electrolytes show a markedly higher ionic conductivity

and excellent flexibility. The ionic conductivity of the network films closed to 10-5 Scm-1 at room temperature. The effects of Li+ content

species and contents of crosslinking agents

molecular weight of poly(ethylene oxide) and temperature on the ionic conductivity of the network films were also investigated.

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