▎ 摘　　要

NOVELTY - An anode material producing method involves providing an inert gas saturated graphene oxide dispersion liquid, passing hydrogen selenide gas and inert atmosphere as carrier gas into the dispersion liquid, followed by reducing graphene oxide into graphene while generating selenium in the graphene surface to obtain elemental selenium-graphene dispersion liquid. The elemental selenium-graphene dispersion liquid is subjected to solvent thermal reaction to assemble grapheme into macroscopic porous material, which is dried to obtain a finished product. USE - Method for producing anode material that is utilized in lithium- selenium battery (claimed). DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following: (1) an anode material comprising a macroscopic porous material and multiple macro-elemental selenium, where the macroscopic porous material comprises multiple graphene sheets mutually jointed each other to form between graphene sheets having multipore, and the multiple macro-elemental selenium is provided on the surface of the macroscopic porous material and graphene sheet with multipore (2) a lithium-selenium battery comprising anode piece and cathode piece, a separator and an electrolyte, where the anode piece comprises a current collector and a sheet comprising anode material on the surface of the collector.