广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2015年
11期
22-23
,共2页
石墨烯%合成%碳催化
石墨烯%閤成%碳催化
석묵희%합성%탄최화
graphene%synthesize%carbon catalyst
主要论述了目前在合成石墨烯、石墨烯的性质等方面取得的研究，例如通过化学的不同方法合成实现不同结构和性质的石墨烯；或者对合成的石墨烯样品进行掺杂或氧化，制备了石墨烷、氧化石墨烯等具有特殊性质和结构材料；该材料在材料、储氢、催化等方面展现出非常好的性质，有非常广的应用前景。
主要論述瞭目前在閤成石墨烯、石墨烯的性質等方麵取得的研究，例如通過化學的不同方法閤成實現不同結構和性質的石墨烯；或者對閤成的石墨烯樣品進行摻雜或氧化，製備瞭石墨烷、氧化石墨烯等具有特殊性質和結構材料；該材料在材料、儲氫、催化等方麵展現齣非常好的性質，有非常廣的應用前景。
주요논술료목전재합성석묵희、석묵희적성질등방면취득적연구，례여통과화학적불동방법합성실현불동결구화성질적석묵희；혹자대합성적석묵희양품진행참잡혹양화，제비료석묵완、양화석묵희등구유특수성질화결구재료；해재료재재료、저경、최화등방면전현출비상호적성질，유비상엄적응용전경。
Focus on preparation of graphene by chemical methods in recent years, chemical modification of graphene and graphene surface chemical and catalytic aspects made important progresses as follows: chemical methods were used to realize graphene structure of controllable preparation and scale, the surface reaction of graphene doping and faculties, graphite alkanes, graphene oxide was prepared with special structures and properties of graphene related compounds, the graphene and graphene related materials in the fields, such as catalysis, hydrogen storage, showed important application prospect.
