Graphite를 산화시켜 oxide형태로 만들어 준 다음 열적

Graphite를 산화시켜 oxide형태로 만들어 준 다음 열적 환원법을 이용하여 graphene sheet를 만들어 줍니다. thermal reduction process이란 산화흑연 분말을 불활성 기체로 충전된 고온 (1000 ℃ 부근)의 로에 투입하면, 산화흑연의 각 층에 부착된 산소를 포함하는 관능기들이 탈리되면서 환원되어, 각 층이 그래핀으로 전이되면서, 탈리 시 발생된 기체 (주로 CO2)들의 압력에 의해 각 그래핀 층이 분리되면서 박리된 그래핀이 얻어진다.

결과 (영어) 1:

Made in the form of Graphite, oxide by thermal oxidative weonbeobeul graphene sheet using a pill the next. Thermal reduction process of graphite oxide powders inert gas charged Iran with high temperature (1000 ° c), when you put on the oxidation of graphite attached to each floor of sensuality that contains oxygen and is won, each giving back as Italian layer Graphene transition, the tally was caused by the pressure of the gas (mainly CO2) by peeling each Graphene layers separate the Graphene is obtained.

결과 (영어) 2:

Graphite oxide made of semi-oxidized form and then makes the graphene sheet using a thermal reduction process. thermal reduction process is when added to oxidized graphite powder furnace for the high temperatures (near 1000 ℃) filled with an inert gas, a functional group containing oxygen attached to the layers of graphite oxide that is as reduced desorption, respective layers of graphene as a transition while, as the gas produced during desorption (primarily CO2) each graphene layer separation is obtained by the pressure of the separated graphene.

결과 (영어) 3:

the oxidation of Graphite oxide form made of the thermal reduction method using graphene sheet made up. thermal reduction process is oxidation of graphite powder as the inert gas of high temperature (1000 degrees full slip) of graphite oxide into each layer, the adhesion of oxygen containing functional group, if the reduction is from the line, the layer is the transition from the city to be. generated gas (mainly CO2) and the pressure of each well layer is separated, the park of the people is also considered.