NOVELTY - Low-temperature soft template one-step synthesis of graphite ordered mesoporous carbon material comprises dissolving nonionic surfactant and phenol material in water/organic solution mixed liquid, adding metal precursor salt and reacting; adding formaldehyde solution into mixed liquid, promoting polymerization, and standing to separate aqueous phase on upper layer and organic phase on lower layer; and standing, aging, discarding supernatant liquid, stirring, standing, polymerizing, carbonizing solid product, and catalyzing graphitization under the function of metal material.    USE - Low-temperature soft template one-step synthesis of graphite ordered mesoporous carbon material (claimed) used for catalyst carrier of fuel battery.    ADVANTAGE - The method greatly simplifies synthesis step and provides convenient operation. The combination of carbonization process and graphitization conversion process greatly relieves damage on ordered structure of material from high temperature. The application of catalysis of metal greatly lowers heat-treatment temperature of graphitization. The material, which is catalyst carrier has better electro-catalysis performance in comparison with ordered mesoporous carbon material which is not graphitized.    DETAILED DESCRIPTION - Low-temperature soft template one-step synthesis of graphite ordered mesoporous carbon material comprises:    (A) mixing and dissolving nonionic surfactant and phenol material in water/organic solution mixed liquid at room temperature, adding metal precursor salt which is an additive for catalyzing graphitization, stirring, mixing and reacting, and regulating mole ratio of phenol material and metal precursor salt to control addition of metal;    (B) adding formaldehyde solution into mixed liquid, promoting polymerization of formaldehyde and phenol material, and standing to separate aqueous phase on upper layer and organic phase on lower layer; and    (C) standing, aging two phases of mixed liquid, discarding supernatant liquid, stirring, standing to obtain organic phase on lower layer to obtain thick liquid, polymerizing thick liquid at low temperature to obtain solid product, carbonizing solid product in inert atmosphere at high temperature, and catalyzing graphitization under the function of metal material to obtain graphite ordered mesoporous carbon material.