国家/地区 中国（8）
IPC部 C（7） B（2）
IPC大类 C08（4） B29（2） C01（2）
IPC小类 C08K（4） C08L（4） C01B（2）
IPC C08K003/04（4） C08L023/06（3） C08L023/12（3）
C08L025/06（3） C08L027/06（3） C01B031/04（2）
C08K005/12（2） C08L067/02（2）
发明人 REN W（8）
公开年 2014（5） 2013（2）
申请年 2013（8）
专利权人 INST METAL R.（7）

Graphene/polymer composite electric conduction thin film material used for antistatic or electromagnetic field shielding comprises graphene and polymer substrate.

CHENG H, LIU C, REN W, ZENG Y, XIE G, YING Z

Preparation of monocrystalline graphene involves performing primary heat treatment of metal substrate, growing monocrystalline graphene, etching, reducing density of graphene, growing graphene, etching and repeating growing and etching.

CHENG H, MA T, REN W

Composite conductive graphene thin film for e.g. electronic industry, comprises predetermined amount of graphene, additive and thermoplastic resin chosen from polyvinyl chloride, polystyrene, polyester, polyethylene and polypropylene.

ZENG Y, LIU C, XIE G, CHENG H, REN W, WANG H, YING Z

High-heat-conductive silicone rubber comprises matrix containing silicone rubber, raw rubber, vinyl-containing polysiloxane and silicone rubber adhesive, thermally-conductive filler chosen from graphene and alumina, and curing agent.

ZENG Y, LIU C, CHENG H, MA C, REN W, YING Z, ZHENG Y

Rigid wear-resistant composite material used in e.g. aerospace field, automobile application and machine component, comprises specified amount of graphene filler, additive, and polymer matrix which is thermoplastic particulate resin.

CHENG H, LIU C, REN W, WANG H, ZENG Y, XIE G, YING Z

Graphene heating film preparing method, involves dispersing graphite alkene powder in organic solvent to obtain graphene oxide solution, and applying certain voltage to graphene thin film electrode to produce heat.

CHENG H, PEI S, REN W, WANG H, ZENG Y, YING Z, ZHENG Y

Preparation of high-quality graphene thin film comprises adding graphene powder or agglomeration slurry into small molecular amine compound solution, dispersing, and coating dispersion or slurry on surface of the base material.

HUANG K, ZHOU G, LI F, CHENG H, PEI S, REN W, SONG R, WEN L

Low-temperature growth of graphene comprises performing atomic-layer deposition, using remote plasma as another source of PEALD and copper foil as substrate, clearing and reducing substrate surface, and removing dirt and oxide layer.

REN W, SHI P, ZHANG Y, WU X