本发明涉及具有氮掺杂碳表面的金属 - 碳杂化复合材料及其制造方法，更具体地说，涉及一种通过共蒸发制造金属 - 碳杂化复合材料的方法，其中用于 金属 - 碳杂化复合材料可以使用共蒸发方法在一个步骤中掺杂氮气，并且可以由其制造的具有氮掺杂碳表面的金属 - 碳杂化复合材料。 本发明应用了一种通过共蒸发合成金属 - 碳复合材料并同时在一个步骤中对碳结构进行氮掺杂的技术，从而控制暴露在金属上的金属表面的反应活性位点数 表面。 例如，在具有铂（核） - 碳（壳）结构的催化剂的合成工艺中掺杂氮复合物的情况下，用于催化剂反应的催化剂活性点的数量通过在 构造壳体的碳结构，同时由于碳壳而提高耐久性。

The invention having a nitrogen-doped carbon surface of a metal-carbon to nitrogen one-step surface of the carbon composite hybrid (one--metal are simultaneously vaporized by a fair relates to a hybrid composite of carbon and a method of manufacturing the same, and more particularly It relates to a carbon composite hybrid-step) as a metal capable of doping having a nitrogen-doped carbon surface prepared by the carbon composite method and the hybrid method for producing metal.
According to the invention, the metal by the simultaneous gasification process - the amount of the reaction active points of applying the technology to the nitrogen doping in the carbon skeleton by synthesis at the same time as one-step (one-step) of a carbon composite, a metal surface is exposed to the metal surface and it can be controlled. For example, platinum (core) - carbon (shell) when doped, including the nitrogen compounds in the synthesis process of the catalyst of the structure, the number of defects (defect) between the carbon backbone making up the shell in a catalytic reaction by dispersing to increase the amount of the catalyst activity it may be used at the same time represent a durability improving effect at the same time by the carbon shell.