▎ 摘　　要

NOVELTY - Analyzing analyte involves bringing a target substrate and an organic elastic member into physical contact and then separating same from each other. The target substrate comprises a non-conductive substrate and a conductive layer that is located on the non-conductive substrate, and contains a hydrophobic two-dimensional nanostructure and has conductivity. Energy is applied to the target substrate separated after contact with the organic elastic member to hydrophilize the conductive layer. The analyte is placed on top of the hydrophilized conductive layer, and then irradiated an electron beam to the analyte. USE - Method for analyzing an analyte using an electron beam. ADVANTAGE - The method analyzes the analyte using an electron beam. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for manufacturing a conductive substrate, which involves physically contacting a non-conductive substrate and a target substrate, which is located on the non-conductive substrate, contains a conductive two-dimensional nanostructure, and includes a hydrophobic conductive layer, and an organic elastic member, and then making the conductive layer hydrophilic by applying energy to the separated target substrate after contact with the organic elastic member.