国家/地区 中国（8） 香港（2）
IPC部 C（8）
IPC大类 C01（7） H01（3）
IPC小类 C01B（7） H01M（2）
IPC C01B031/04（7）
发明人 ZHANG C（8）
公开年 2012（8）
申请年 2012（8）
专利权人 UNIV XIDIAN（3） UNIV TSINGHU.（2）

Grafting graphene oxide on surface-modified carbon fiber by oxidizing graphite, peeling oxidized graphite in solvent, functionalizing graphene oxide, functionalizing carbon fiber surface and processing graphene oxide on carbon fiber surface.

HUANG Y, JIANG Z, LI Y, LIU C, LIU L, MOU C, ZHANG C, ZHENG X

Preparing graphene porous carbon material, comprises e.g. adding graphene-based component or mixture of graphene based component and auxiliary component in solvent to disperse, and placing the obtained original sol in reactor for reacting.

KANG F, LI B, LV W, TAO Y, YANG Q, YOU C, ZHANG C, HONG F, YAO Y

Preparation of graphene involves mixing natural flake graphite and oxidant, heating resulting mixture, adding hydrogen peroxide, separating layers, adding alkaline solution to obtained colloidal suspension of graphene oxide.

CHEN J, FENG Z, LIN R, WANG Y, ZHANG C

Method for preparing double-layer structural graphene used for manufacturing microelectronic device, involves placing generated double-layer carbon film into buffered hydrofluoric acid solution to remove all silicon dioxide of window.

DENG P, GUO H, LEI T, ZHANG Y, ZHANG K, ZHANG C

Preparation of structured graphene for producing microelectronic device, involves cleaning silicon substrate, providing cleaned silicon substrate in reaction chamber, vacuumizing and providing double-layer carbon film sample.

DENG P, GUO H, LEI T, ZHANG Y, ZHANG K, ZHANG C

Preparation of structured graphene at 3C-silicon carbide substrate for preparing microelectronic device, by placing washed silicon substrate in chemical vapor deposition system, vacuumizing, heating, introducing propane, and carbonizing.

DENG P, GUO H, LEI T, ZHANG Y, ZHANG K, ZHANG C, ZHANG F

Porous nanometer perovskite/graphene composite material used as electro-catalysis material of the fuel cell or fuel battery such as zinc-air battery comprises perovskite nanometer particles which are uniformly distributed on graphene film.

HUANG H, HU J, MAO, MAO A, ZHANG C

Regeneration of graphene by taking inert electrode as cathode, carbon rod as anode and acid solution as electrolyte, and performing electrolysis in an electrolytic bath under constant voltage for obtaining graphene-rich solution.

LI B, HE Y, KANG F, LV W, ZHANG C, YANG Q, HONG F