이 방법은 별도의 분산 매질, 별도의 환원제를 사용하지 않고 많

이 방법은 별도의 분산 매질, 별도의 환원제를 사용하지 않고 많은 양의 그래핀을 효과적으로 제조할 수 있는 장점이 있다. 이 방법으로 얻어진 그래핀은 보통 표면적이 400~1500 m2/g 범위인, 몇 개의 그래핀이 적층된 few-layer 그래핀이 대부분을 이룬다. 그리고 이 방법으로 제조한 그래핀은 열환원된 후에도 일부 미탈리된 산소를 포함하고 있으므로, 극성의 용매 혹은 고분자에 별도의 표면 개질 없이 잘 분산되는 장점을 가진다.

결과 (영어) 1:

This way a separate distributed medium, do not use separate reducing agent to efficiently produce large amounts of Graphene has the advantage that you can. In this way, the obtained Graphene is usually a surface area m2/g 400-1500 range, a few Graphene this laminated few-layer most of Graphene layers. And are manufactured in this way after the heat vent Graphene won some hardened includes oxygen Mittal, the polarity of the solvent or polymer on a separate surface modification has the advantage of being well distributed.

결과 (영어) 2:

This method has the advantage of being able to effectively produce a large amount of graphene in the dispersion medium without using a separate, additional reducing agent. Obtained in this way it is usually the surface area of ​​graphene form the 400 ~ 1500 m2 / g range, several Yes, most pins have been few-layer graphene stacked. And a graphene produced by this method, because it contains some non-oxygen desorbed even after the heat-reduction, have an extra advantage to be well dispersed in a solvent or without surface modification of the polar polymer.

결과 (영어) 3:

in this way, in the dispersion medium, the system does not use a lot of it, and the card can be effectively manufacturing advantages. with this method, the surface of the ordinary for 400 ~ 1500 m2 / g range, that is, some of the layers of the few - layer for most schools. method for manufacturing, and a heat exchange fin. after some of the surface contains oxygen, the polarity of solvent and polymer in the surface reforming is good in dispersion is also good.