▎ 摘　　要

NOVELTY - Preparing nitrogen-containing carbon nano-tube conductive material loaded by iron-cobalt alloy, comprises (i) mixing melamine and Prussian blue analogues (PBA) and stirring in aqueous solution, adding cobolt chloride aqueous solution, stirring to obtain PBA-melamine precursor, mixing PBA-melamine precursor and graphene oxide and stirring in aqueous solution, to obtain PBA melamine-GO solid after filtering and drying and performing heat treatment to described PBA-melamine-GO solid to obtain NCNT carrier; (ii) obtaining MIL-101 crystals by reacting potassium hexacyanoferrous (III) with 2-aminoterephthalic acid and dispersing the NCNT carrier with MIL-101 crystals in a solvent to obtain solution A. USE - The method is useful for preparing nitrogen-containing carbon nano-tube conductive material loaded by iron-cobalt alloy. ADVANTAGE - The method enables to prepare iron-cobalt alloy loaded nitrogen-containing carbon nano-tube conductive material, which has good dispersibility, and reduces the carbon nano tube loaded on the metal nano-particle agglomeration problem.