CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM]

ZHANG Shengshui; DENG Zhenghua; WAN Guoxiang

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CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM]

Papers | Updated：2021-06-21

- CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM]
- CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM]
- 高分子科学（英文版） 1991年9卷第4期页码：326-332
- Affiliations：
  
  1. Chengdu Institute of Organic Chemistry, Academia Sinica, Chengdu 610015)Laboratory of Solid State Ionics,University of Science and Technology Beijing,Beijing,100083
  2.   Academia Sinica
  3.   Chengdu Laboratory of Solid State Ionics  ,610015
  4.   University of Science and Technology Beijing
  5.   100083
  6.   Beijing
  7.   Chengdu 610015
- Author bio：
- Funds：
- DOI：
  中图分类号：
- 纸质出版：1991-12-20
- Accepted：
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[1]张升水,邓正华,万国祥.CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM][J].Chinese Journal of Polymer Science,1991,{4}(04):326-332.

ZHANG Shengshui, DENG Zhenghua, WAN Guoxiang. CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM][J]. 1991, 9(4): 326-332.
[1]张升水,邓正华,万国祥.CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM][J].Chinese Journal of Polymer Science,1991,{4}(04):326-332. DOI：

ZHANG Shengshui, DENG Zhenghua, WAN Guoxiang. CATIONIC CONDUCTIVITY FOR THE CROSSLINKED P [OLIGO (OXYETHYLENE) METHACRYLATE-COoMETHACRYLOYL ALKYLSULFONIC ACID LITHIUM][J]. 1991, 9(4): 326-332. DOI：

摘要

正

Crosslinked copolymers with single Li

-ionic conductivity were prepared from oligo （oxyethylene） methacrylate （MEO

）

methacryloyl alkylsulfonic acid lithium （SAMLi）

and oligo （oxyethylene） dimethacrylate （DMEO

）. Li

-ionic conductivity of the copolymer is improved by crosslinking and presented as a function of polymerization degree （n） in MEO

comonomeric salt concentration （O/Li）

and crosslinking degree. The crosslinked copolymer P (0.7 MEO

-0.3DMEO

-SHMLi) without other small molecular additives exhibits an optimum Li

-ionic conductivity of 1.2×10

-6

S/cm at 25℃. Dc polarization test in the cell composed of Li/copolymer/Li shows a constant dc ionic conductivity which closes gradually to the ac one with decreasing dc polarization potential.

Abstract

Crosslinked copolymers with single Li

-ionic conductivity were prepared from oligo （oxyethylene） methacrylate （MEO

）

methacryloyl alkylsulfonic acid lithium （SAMLi）

and oligo （oxyethylene） dimethacrylate （DMEO

）. Li

-ionic conductivity of the copolymer is improved by crosslinking and presented as a function of polymerization degree （n） in MEO

comonomeric salt concentration （O/Li）

and crosslinking degree. The crosslinked copolymer P (0.7 MEO

-0.3DMEO

-SHMLi) without other small molecular additives exhibits an optimum Li

-ionic conductivity of 1.2×10

-6

S/cm at 25℃. Dc polarization test in the cell composed of Li/copolymer/Li shows a constant dc ionic conductivity which closes gradually to the ac one with decreasing dc polarization potential.

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