国家/地区 中国（9） 世界知识产权组织（2）
IPC部 C（9） B（3）
IPC大类 C01（9）
IPC小类 C01B（9）
IPC C08J005/18（9）
发明人 ZENG G（2） ZENG H（2） ZHUANG P（2）
公开年 2019（9）
申请年 2019（9） 
专利权人 UNIV SOUTH C.（2）

Preparing self-healing graphene stealth film involves adding sulfur-containing reducing agent to graphite oxide solution, heating to black colloidal liquid, cooling to room temperature, filtering to obtain black sulfur-doped graphene powder.

TAN L, FENG H, ZHANG G, KANG H, LI X, CHEN N, ZHAO D, XU Y

Upright graphene-polymer polymer composite comprises substrate, upright graphene, and high molecular polymer, where upright graphene grows on surface of substrate, and high molecular polymer is cured into film and loaded on surface.

ZHENG W, ZHAO X

Preparation of film involves preparing graphene oxide aqueous solution and polyimide precursor solution, mixing, freezing, obtaining graphene oxide/polyamic acid composite sponge, hot-pressing, carbonizing and graphitizing carbon film.

PENG Q, ZHU Y, HE X

Bagasse graphene - copper - polyvinyl butyral composite material used for preparing thermally conductive material and anticorrosive coating, and national defence industry, comprises waste bagasse, potassium acetate and copper acetate.

ZENG G, ZENG H

Tea residue graphene-copper-cerium-metal organic framework-polyvinyl butyral composite material, used for e.g. preparing anticorrosive paint, is prepared from waste tea leaves, cerium-metal organic framework and copper source materials.

ZENG G, HUANG S, ZENG H

Preparation of composite material involves coating silicon dioxide-modified graphene oxide on surface of cationic polystyrene microspheres, calcining and reducing obtained composite, mixing with polyvinylidene fluoride and forming film.

GUO H, YANG B, HUANG G, LI Y, LI S, WEN F, XU Q

Preparing highly thermally conductive graphite film inducedpolyimide orientation crystallization involves using graphene and polyimide composite material as graphite film precursors in process of high-temperature carbonization.

CAO C, LI W, ZHOU G, LIN J

Preparation of reduced graphene oxide-based composite film, involves preparing graphene oxide alkenyl mixture, preparing graphene oxide-based composite film, and placing graphene oxide-based composite film in reaction vessel.

ZHANG K, ZHUANG P, LI B, ZHANG M, DENG N, LU D, WANG L

Preparation of reduced graphene oxide-based composite film comprises taking graphene oxide, soluble polymer, inorganic, metal, metal compound nanoparticle or nanoparticle precursor, and performing hydrothermal or solvothermal reaction.

ZHUANG P