国家/地区 中国（10）
IPC部 C（10）
IPC大类 C23（10） B32（2） B82（2）
C01（2） H01（2）
IPC小类 C23C（10） B32B（2） B82Y（2）
C01B（2） H01L（2）
IPC C23C014/35（10）
发明人 ZHANG J（2）
公开年 2017（6） 2018（4）
申请年 2017（10）
专利权人

Preparing fullerene-like carbon layer/graphene-like boron nitride multilayer composite super-lubricating film involves cleaning ultrasonically substrate in absence of water ethanol and acetone, bombarding argon plasma on substrate.

GAO K, GAO B, ZHANG J, ZHANG B, WANG Y, QIANG L

Graphene electromagnetic shielding cloth has anti-piercing layer, base cloth layer, copper oxide layer, copper layer, adhesive film layers, graphene composite fabric layers and material cloth layer.

ZHAO W, WU J, ZHANG J, ZHAO X, WU B

Preparing copper/graphene composite material involves using acetone, ethanol and de-ionized water for washing rolled copper foil, ultrasonic cleaning rolled copper foil with hydrochloric acid, and then cleaning copper foil.

ZHANG K, SONG R, LIU P, LI W, CHEN X, MA F, HE D, LIU X

Preparation of graphene film for use in e.g. display, involves mixing expanded graphite with water, mixing graphene precursor, surfactant, reducing agent and metal salt in solvent, adding sulfuric acid solution.

Composite film comprises aluminum foil substrate, graphene coating, zinc oxide nano-wall array with honeycomb structure and rod shape and silver-plated layer that is prepared by spin-coating and annealing reduction.

CHEN D

Growing of graphene sensor matrix in situ on cemented carbide involves depositing amorphous silicon carbide film on surface of cemented carbide, and growing graphene sensor matrix in situ in cemented carbide surface.

LIU F, REN Y, YU X, ZHANG Z

Preparation of composite film involves preparing diamond film on substrate, growing layer of nickel thin film on diamond film surface, heating, heat-preserving, cooling, depositing carbon on surface to be recrystallized to form graphene.

SHEN Y, MA G, YU S, HEI H, HE Z, TANG B, GU Y, ZHANG Y

Gallium nitride-based film of graphene-modified patterned metal substrate, comprises patterned metal substrate, catalytic metal layer, graphene layer, aluminum-gallium-indium-nitrogen complex buffer layer and epitaxial layer.

QIN F, MA C, BAI Y, WANG D, LIN G

Graphene noble metal preparation for composite pipes involves chemical vapor deposition of noble metal nanoparticles onto graphene surface to form noble metal composite coating.

MI R, FU Z, WANG C, HUANG W, ZHONG M, LIU M, LI H, YUAN L, YANG X, ZHAO H

Preparation of graphene on silicon metal-free catalyst comprises taking silicon dioxide sputtering substrate, magnetron sputtering hexagonal boron nitride, chemical vapor depositing, and growing graphene on boron nitride film.

ZHANG L