首页>
外国专利>
composite conductive material body, a power storage device, conductive dispersions, conductive device, conductive composite and thermal conductivity composite and composite conduction material method of manufacturing
composite conductive material body, a power storage device, conductive dispersions, conductive device, conductive composite and thermal conductivity composite and composite conduction material method of manufacturing
It will provide a composite conducting material which is excellent in conductivity. At least graphite graphene-like, which is detached from the carbon material and the conductive material is a composite conductive material dispersed in the base material, The graphite-based carbon material, rhombohedral graphite layer (3R) and hexagonal graphite layer (2H) and has, the rhombohedral graphite layer (3R) and the hexagonal graphite layer (2H) composite conductive material of the following X-ray diffraction ratio is defined by (Equation 1) Rate (3R) is characterized in that at least 31% of the. Rate (3R) = P3 / (P3 + P4) 100 (Equation 1) Here, P3 is the peak intensity of the (101) plane by X-ray diffraction method of rhombohedral graphite layer (3R) P4 is the peak intensity of the (101) plane by X-ray diffractometry of the hexagonal graphite layers (2H) It is.
展开▼
机译:将提供导电性优异的复合导电材料。从碳材料分离的至少石墨状的石墨,并且导电材料是分散在基础材料中的复合导电材料。石墨基碳材料,菱形石墨层(3R)和六角形石墨层(2H)和具有的,六面体石墨层(3R)和六角形石墨层(2H)的以下X射线衍射比的复合导电材料由(式1)定义。率(3R)的特征在于至少为31%。比率(3R)= P 3 /(P 3 + P 4)100(等式1)这里,P 3是通过菱形石墨层(3 R)的X射线衍射法的(101)面的峰强度,P 4是P 3的峰强度。用X射线衍射法测定(101)六角形石墨层(2H)的平面。
展开▼