国家/地区 中国（7）
IPC部 C（6） B（2）
IPC大类 C01（4） B82（2）
IPC小类 C01B（4） B82Y（2）
IPC C01B031/04（4） B82Y030/00（2）
发明人 ZHAO H（7）
公开年 2013（7）
申请年 2013（6） 
专利权人 UNIV PEKING（4）

Foamed metal-graphene composite material comprises graphene film substrate and metal foam substrate.

JI K, DAI Z, ZHAO H

Preparing graphene nanopores comprises growing graphene by chemical vapor deposition, preparing graphene layer on metallic copper thin film, etching back surface of graphene coated metallic copper thin film and etching with acid solution.

FU Y, GUO J, HUANG R, LI C, REN L, ZHAO H, WEI Z, ZHANG X, HU B, ZHOU M

Transferring graphene thin film involves using diluted acid solution to the metal substrate to react to generate hydrogen gas bubbles to separate the graphene layer and the metal substrate.

FU Y, HUANG R, LI C, REN L, ZHAO H, WEI Z, ZHANG X, HU B, ZHOU M

Corrosion resistant electrode for e.g. plugs of electronic device, has metal electrode surface covered with graphene for acting as corrosion resistant electrode, where graphene is provided as single layer, double layer or multiple layers.

FU Y, GUO J, HUANG R, LI C, REN L, ZHANG L, ZHAO H, WEI Z, ZHANG X, HU B, ZHOU M

Preparation of carbon nanotube composite material for batteries and capacitor involves performing chemical vapor deposition to obtain single-layered graphene or multi-layered graphene carbon material, and transferring graphene to substrate.

HUANG R, ZHANG L, FU Y, LI C, ZHAO H, WEI Z, ZHANG X, GUO J, REN L, HU B, ZHOU M

Method for determining cysteine based on nanometer gold/graphene nano-composite, involves reducing graphene oxide for reducing chloroauric acid to generate nano-gold followed by detecting cysteine according to current signal change.

ZHANG Y, ZHAO H, LI X, ZHANG X, YUAN Z, HE Y

Use of gamma ray for producing graphene/nickel nanocomposite material involves dispersing graphite oxide and nickel salt in de-ionized water to obtain mixed solution, adding isopropyl alcohol, and carrying out reaction using gamma ray.

XU P, ZHAO H, ZHANG L, LI Z