▎ 摘　　要

NOVELTY - Detecting graphene defects comprises (i) detecting the graphene to be measured by nuclear magnetic resonance and obtaining the chemical shift of each carbon having a chemical shift more than 120.09 in the graphene, (ii) calculating the standard deviation of the chemical shift of each carbon with the chemical shift more than 120.09 obtained in step (i) to obtain the standard deviation and (iii) measuring the graphene. USE - The method is useful for detecting graphene defects. ADVANTAGE - The method provides accurate result and is simple. DETAILED DESCRIPTION - Detecting graphene defects comprises (i) detecting the graphene to be measured by nuclear magnetic resonance and obtaining the chemical shift of each carbon having a chemical shift more than 120.09 in the graphene, (ii) calculating the standard deviation of the chemical shift of each carbon with the chemical shift more than 120.09 obtained in step (i) to obtain the standard deviation and (iii) measuring the graphene using a double void defect when the standard deviation obtained in step (ii 0 is 4.84-8.44, measuring the graphene by a topological defect when the standard deviation obtained in step (ii) is 5.93-8.90 and measuring the graphene having a single vacancy defect when the standard deviation obtained in step (ii) is 50.37-84.05