| abstract |
PURPOSE: To improve ion transmissivity and filming property under a room temperature or less by polymerizing and/or bridging specified reactive polymers in molecules under the existence of salt of metallic ions which belong to a periodic table Ia or IIa and polar neutral solvent which dissolves both of them. n CONSTITUTION: Reactive polymers with cyclic units shown by the equation I in molecules are polymerized and/or bridged under the existence of salt of metallic ions which belong to a periodic table Ia or IIa group and polar neutral solvent which dissolves both of them, and formed into a high-polymer matrix. Each of X through Z in the equation I is a group which is shown by the equation II or III. In the equations II, III, D refers to a heat and/or radiation reactive group, A to -CO-, -SO 2 -, etc., L to an alkylene group, an allylene group, etc., B to -O-CO-, -CO-, etc., E to -CO-, -SO 2 -, etc., and F to an alkyl group, an aryl group, etc., while each of (a) through (d) is independently 0 or 1. It is thus possible to show high ion transmissivity even around a room temperature and obtain new high-polymer solid electrolyte of excellence in filming property. n COPYRIGHT: (C)1991,JPO&Japio |