A guide in exploring a high-performance heterocyclic organosulfur compound oriented for practical use. A novel energy storage device material produced from the heterocyclic organosulfur compound and having a higher specific capacity and a higher power density.
A method of designing a novel compound characterized by combining an increase in disulfide part and polysufidation for an increase in theoretical specific capacity when designing an energy storage device material from a heterocyclic organosulfur compound. Increasing of electron attraction of an organic part and decreasing of electron density in disulfide bonds are combined for an increase in electrode reaction rate. The method is characterized by employing a concept of producing a supramolecule to increase a specific capacity and power density. An energy storage device material obtained from a heterocyclic organosulfur compound designed by the above method.
探索面向实际应用的高性能杂环
有机硫化合物的指南。一种由杂环
有机硫化合物制成的新型储能装置材料,具有更高的比容量和功率密度。
一种设计新型化合物的方法,其特征是在用杂环
有机硫化合物设计储能装置材料时,将二
硫化物部分的增加和多
硫化结合起来,以提高理论比容量。增加有机部分的电子吸引力和降低二
硫键的电子密度相结合,可提高电极反应速率。该方法的特点是采用生产超分子的概念来提高比容量和功率密度。利用上述方法设计的杂环
有机硫化合物可获得一种储能装置材料。