Abstract
Electrode material properties of BCN compound derived from melamine diborate have been investigated. The volume resistivity of the BCN compact, which was molded by the uniaxial pressing, was around 0.26ohmm. The electrical resistance was 1/4500 times smaller than that of the crystallite, and slightly depend on the temperature. Since the BCN compound obtained in this study have turbostratic structure, it is considered that the electrical resistance of b-c plane and a-axis direction was greatly different. In molding the BCN compound to be a thin electrode, the intercalation of the Li+ in organic solvent was examined by the voltage sweep. It is confirmed that the insertion of Li+ into the layer occurred around 0.2-0.4V.
