国家/地区 中国（23）
IPC部 C（23）
IPC大类 C09（11） C08（8） C01（5）
C25（3） H01（3）
IPC小类 C08K（7） C08L（7） C09D（7）
C01B（5） C09K（5） C08J（3）
C25D（3） C08G（2）
IPC C08K003/04（6） C09D007/12（6） C01B031/04（5）
C08L063/00（4） C09D163/00（4） C09K005/14（4）
C08L083/04（3） C09D005/24（3） C09D175/04（3）
C25D015/00（3） C08L033/00（2） C08L075/04（2）
C09D005/06（2） C09D005/08（2） C25D003/12（2）
发明人 LI Q（23）
公开年 2015（12） 2014（9） 2016（2）
申请年 2014（23）
专利权人 CHINESE ACAD.（4） HON DONGGUAN.（4） UNIV GUANGXI.（4） SUZHOU GERUI.（3）
NINGBO HITEC.（2） UNIV SOUTHEA.（2）

Porous graphene composite wave absorbing material useful for e.g. for material manufacture in insulation materials or devices comprises ferric ion of graphite alkene micro chip, polymer and foaming agent complex formation.

CHEN M, GUO Y, LI Q, LI W, LIU L, WEI X

Preparing three-dimensional textured graphene heat radiation slurry useful for preparing optical device comprises e.g. forming graphene thin layer porous graphene aggregate, heating, cooling, crushin and forming.

GUO Y, LI Q, LI W, LIU L, QIU S, WEI X

Oriented graphene/polymer composite system used for heat guide material, comprises oriented network component graphene, aligned network component and composite substrate component.

CHEN M, GUO Y, LI Q, LI W, LIAO S, LIU C, LIU L, QIU S, ZHU C

Preparation of three-dimensional nitrogen-doped graphene composite material involves dispersing graphene oxide in solvent, adding nitrogen-containing compound, and polymer or metal compound, reacting, washing and drying.

CHEN M, GUO Y, LI Q, LI W, LIAO S, LIU C, LIU L, QIU S

Preparation of aluminum-based copper-plated graphene thin film composite material involves immersing aluminum sample in zinc solution, washing, immersing in copper bath, plating, immersing in copper-graphene solution and washing.

CHEN J, FAN H, HUANG Y, LI Q, LI Y, SUN M, WANG H, WU Y, CHEN Z, WEI X, JIE X

Preparation of high-thermal-conductive-graphene-based polymer film used for device, involves mixing graphene microchip and high-molecular polymer, and subjecting obtained film to carbonization and graphitization process.

CHEN M, GUO Y, LI Q, LIU C, LIU L, LI W, WANG R, QIU S

Preparing graphene film material having improved thermal conductivity and corrosion resistance involves degreasing aluminum substrate, and immersing it in zinc solution, and washing with water, and processing zinc plated material for nickel.

CHEN J, CHEN Y, FAN H, HU L, HUANG Y, LI Q, WANG H, WANG L, WU Q, YANG G, CHEN Z

Graphene-based coating material for heat-dissipating structures, comprises filler, polymeric binder, solvent, and graphene composite powder which contains carbon black composition dispersed between thin layers of graphene.

CHEN M, GUO Y, LI Q, LIU C, LIU L, LI W, QIU S

Polycarbonate/acrylonitrile butadiene styrene composite material contains polycarbonate resin, acrylonitrile-butadiene-styrene resin, graphene-coated nanomaterial, zinc oxide-coated ferrite nanomaterial and flame retardant.

DING X, LI Q, WANG L, WENG Y

Film comprises nickel salt, boric acid, reducing agent, graphene, dispersant and surface active agent, where nickel salt is selected from hexahydrate nickel sulfate or hexahydrate nickel chlorite.

CHEN J, FAN H, HUANG Y, LI Q, SUN M, WANG H, FAN X, SHI Q, CHEN Z, GU C, JIE X