论文部分内容阅读
本文研究了稀土聚乙炔在水溶液中进行电化学掺杂和化学掺杂,及稀土聚乙炔的电位;用掺杂后的稀土聚乙炔作为水溶液体系一次电池的阴极,以镁作阳极构成半塑料电池;并研究了以稀土聚乙炔作为有机电解质体系可再充式电池的阴极,以锂作阳极的化学电源的电性能。
In this paper, rare earth polyacetylene in aqueous solution for electrochemical doping and chemical doping, and the potential of rare earth polyacetylene; with doped rare earth polyacetylene as the aqueous solution of the primary battery cathode, magnesium as the anode to form a semi-plastic battery ; And the electrical properties of rare earth polyacetylene as a cathode of a rechargeable battery with organic electrolyte system and a chemical power source with lithium as an anode were studied.