国家/地区 中国（13） 美国（4） 韩国（2） 台湾（2） 世界知识产权组织（2）
IPC部 C（16）
IPC大类 C08（16）
IPC小类 C09K（16）
IPC C08K003/04（9） C09K005/14（6） C01B031/04（4）
B82Y040/00（3） C01B031/02（3） B82Y030/00（2）
C08G073/02（2） C08J005/18（2） C08K007/00（2）
C08L063/00（2） C08L077/00（2） C08L083/07（2）
C09K003/00（2） C09K011/06（2） D01D005/00（2）
发明人 CANG L（2） GAO Y（2） GUO D（2）
LU D（2） TANG W（2） WANG C（2）
YAN E（2） YAN P（2） ZHENG Y（2）
公开年 2014（16）
申请年 2014（9）  2013（5）  2012（2） 
专利权人 UNIV QIQIHAR（2）

Oxygen-barrier waterproof sealing film for e.g. precision instrument, is formed by coating paste obtained by mixing silane-modified graphene oxide nanoribbons and ethylene-vinyl acetate copolymer as raw material components on substrate.

CAO N, LIN J, ZHENG Y

Preparing microencapsulated phase change material involves stirring graphene oxide in magnetic force stirrer, and then cooling obtained product in ice water bath.

CHEN J, LU H, LU Y, WANG J, TANG W, ZHANG Q, TAN W

Graphene modified thermoplastic phenolic resin preparation for friction material comprises mixing phenol compound, aldehyde compound, and acid catalyst to obtain phenolic resin, and mixing phenolic resin and graphite.

TANG Y, JIANG C, LIU W, SONG Q

Graphene film comprises polyimide emulsion, binder, graphene, dispersant, modifier, additive, and solvent in specified weight ratio.

CHEN X

Multi-composite thermal conductive functional masterbatch for modifying plastic, comprises preset amount of graphene, ultrafine thermal conductive filler, antioxidant, dispersant, lubricant, and carrier.

TANG S, ZHANG J, DING P, SHI L, SONG N, TANG A

Producing polyamide composites containing graphene useful for e.g. gas barrier material involves dispersing graphitic/graphenic material in aqueous medium to yield exfoliated material; mixing lactam monomer and adding non-ionic surfactant.

PARK H J, XIA Q, SCHNEIDER C, DESBOIS P, BRUCHMANN B, MUELHAUPT R

Preparing lead core structured polyaniline/graphene composite nanofiber material useful in photoluminescent and electroluminescent devices, comprises subjecting soluble graphene and polyaniline to high-pressure electrostatic spinning.

GAO Y, GAO J, WANG C, YAN E, YAN P, SHA J, LAN T, CANG L, GUO D, LU D, FAN Y

Heat-dissipation composite is obtained by bonding carbon nanotubes with longitudinal direction of growth on nano-graphene plate, attaching carbon hybrid filler with carbon nanotubes, and mixing polymer resin with carbon hybrid filler.

HAN J H, LEE C S, PARK J S, SHIN K W, YU L

Thermal radiation film for e.g. electronic devices comprises heat-transfer layer formed by uniformly dispersed graphene microparticles and carbon nanotube.

KAGAWA S, SEIJI K

Heat conducting composite material comprises elastomer substrate comprising silicone rubber and curing agent, and heat conducting filler comprising graphene and nanographite which are uniformly distributed in elastomer substrate.

GAO C, XU Y, ZHOU X, WEI Y