国家/地区 中国（13）
IPC部 B（13）
IPC大类 C01（13） B30（6） B21（5）
B32（4） C23（4） C22（2）
H01（2）
IPC小类 C01B（13）
IPC C01B032/186（8） C01B032/194（6） B21B003/00（4）
B21B045/00（4） B32B037/06（4） C23C016/26（4）
B21B001/40（3） B21B015/00（3） B30B003/04（3）
B32B037/10（3） C01B032/184（3） C23C016/56（3）
B21B009/00（2） B30B015/00（2） B30B015/34（2）
发明人 DUAN Y（13）
公开年 2022（13）
申请年 2022（12） 
专利权人 CHINESE ACAD.（11） CHONGQING GR.（11）

Removing impurities in graphene preparation process comprises e.g. sieving graphene oxide containing metal impurities and non-metal impurities, placing in reaction kettle, stirring, adding soda ash, filtering, rinsing by deionized water, absorbing and processing by sodium hydroxide solution.

DUAN Y

Scale production device of high conductive graphene metal composite material, has sealing chamber that is provided with feeding area and high temperature area provided with heating mechanism, pressing mechanism and transport mechanism.

SHAO L, DUAN Y, SHI H, LI Z, ZHANG Y

Device for continuously preparing high-conductivity graphene metal composite material, comprises sealing chamber and gas circuit mechanism for introducing process gas and gaseous carbon source to sealing chamber.

SHAO L, DUAN Y, SHI H, ZHANG Y, LI Z

Growth forging split device for graphene metal composite material, comprises growth chamber, forging chamber and transfer mechanism for transferring metal material, where growth chamber and forging chamber are inside with heating system.

SHAO L, HUANG D, DUAN Y, JIANG H, MA J, XU X, SHI H, LI X, YU J

Preparation device of metal layered graphene on solid carbon source, has heat compression chamber that is provided with auxiliary gas path mechanism introducing auxiliary gas into sample chamber, growth chamber and compression chamber.

SHAO L, LI X, ZHANG Y, LI Z, HUANG D, SHI H, DUAN Y

Integrated production device of metal conductive graphene, has integrated growth mold pressing chamber that is provided with heating system, heat compression mold and fixture metal material, and fixture is located between male and female molds.

SHAO L, HUANG D, DUAN Y, JIANG H, MA J, YU J, LI X, SHI H, XU X

Producing graphene metal layered complex material useful in e.g. aviation and space comprises stacking number of metal base material separated by interlayer material in sealing chamber, growing graphene on metal base material, stacking graphene metal complex materials, and hot pressing.

SHAO L, DUAN Y, SHI H, LI Z, ZHANG Y

Method for performing plasma-preparation of high-conductivity graphene metal composite material for use in electric appliance and electronic fields, involves growing graphene on metal base material under plasma condition to obtain metal substrate.

SHAO L, LI X, ZHANG Y, LI Z, DUAN Y, HUANG D, SHI H

Growing and rolling graphene-enhanced high-conductivity metal material involves carrying out graphene growth and roll formation in the same chamber.

SHAO L, HUANG D, DUAN Y, JIANG H, MA J, YU J, XU X, LI X, SHI H

Preparing graphene metal layered composite material useful in aerospace industry, aviation industry and information industry, comprises pre-treating solid carbon source, growing graphene on many metal substrates and hot-pressing many graphene metal substrates.

SHAO L, LI X, ZHANG Y, LI Z, HUANG D, SHI H, DUAN Y