▎ 摘　　要

NOVELTY - The method involves colliding trajectory of a grinding ball with trajectory of a shear based on high-speed centrifugation of the grinding balls in a grinding chamber to establish a mathematical model. Centrifugal friction shear strength is determined according to the mathematical model. Limit length of a limit region is dispersed according to motion blind zone model inference ball. Nanoscale dispersion of a Graphene Carbon nano-tube material is determined to form uniform and stable nano-dispersion liquid. Carbon nano-tube surface Graphite sheet structure is stripped when limit threshold of Graphite exfoliated friction shear strength strength is less than specific value. USE - Dispersed carbon nanometer pipe single-layer graphene material simulating and calculating method. ADVANTAGE - The method enables reducing invest development production cost of manpower and material resources, thus optimizing stripping with high quality graphene and uniform dispersion of 1carbon nano-tube dispersion liquid. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a grinding ball.