国家/地区 中国（790）
IPC部 C（790）
IPC大类 C09（790） C08（451） C01（114）
H05（71） H01（64） B29（41）
B32（38） B82（28） B01（20）
C04（20） C23（18） F28（14）
C07（13） C02（8） C25（8）
IPC小类 C09K（790）
IPC C09K005/14（790）
发明人 LIU Y（40） LI J（29） ZHANG Y（29）
ZHANG J（23） LIU Z（22） ZHANG X（22）
LI X（21） ZHANG L（21） CHEN Y（20）
LI Y（20） WANG H（20） LI Z（19）
ZHANG Z（19） WANG X（18） WANG Y（18）
公开年 2021（164） 2022（145） 2018（116） 2017（105） 2020（90） 2023（59） 2019（38） 2016（28） 2015（19） 2014（15） 2012（5） 2013（4）
申请年 2020（138）  2022（136）  2021（129）  2017（103）  2018（75）  2019（73）  2016（67）  2015（22）  2014（20）  2013（10）  2023（8）  2011（6）  2012（2） 
专利权人 UNIV SHANGHA.（22） UNIV TIANJIN（16） HANGZHOU FUX.（13） UNIV GUANGDO.（13）
NINGBO INST .（12） ANHUI AEROSP.（8） INST METAL R.（8） SHENZHEN INS.（8）
UNIV SICHUAN（8） GUANGDONG MO.（7） UNIV SOUTH C.（7） ENN GRAPHENE.（6）
HEZHOU BAOXI.（6） JIANGSU JIAN.（6） UNIV PEKING（6） CHINESE ACAD.（5）
NEW MORE GRA.（5） SHENZHEN HFC.（5） UNIV BEIJING.（5） UNIV ZHEJIAN.（5）

Coating structure based on high graphene-conducting radiating network powder coating, has metal heat conducting layers whose upper surfaces are provided with rectangular connecting through holes.

PU G, WANG H, YE Y

Preparing graphene heat-conducting silicone grease comprises e.g. adding graphite into ultrapure water, stirring, using mechanical stripping process to obtain graphene slurry, filtering to get filter cake, adding transfer solvent, stirring, and utilizing transfer solvent to wash graphene slurry.

MA Y, LI Y, FENG J, LI X, LIU H

Preparing chitosan modified boron nitride and graphene fiber composite material useful for thermal conductivity modification of epoxy resin, comprises e.g. dissolving chitosan in acetic acid solution, adding phytic acid solution containing choline chloride, adding boron nitride and centrifuging.

ZHANG Q, WANG S

Preparing graphene composite phase change materials useful in energy storage and/or heat preservation, comprises e.g. performing contact reaction with hydroxylated iron oxide nanoparticles and silane coupling agent, freeze-drying graphene hydrogel, and performing contact reaction with paraffin wax.

DI H, LIN H, SONG Y, SUN J, XIAO Q

Flexible high thermal conductivity graphite material useful as a heat dissipation material in electronics, communications, medical, aerospace, and high-end equipment, has sheet structure.

PEI X, XU W, LI M, XU C, CHEN W, CHEN Y, CHEN J

Preparing high thermal conductivity and low dielectric epoxy composite material used in electronic packaging field, involves preparing polyimide, dispersing polyimide microspheres and low-dimensional thermally conductive insulating fillers in solvent, mixing polyimide microsphere with epoxy resin.

ZHONG R, LIANG J, CAI H, TU S, HU D

Carbon/carbon composite material comprises three-dimensionally woven graphite carbon fiber mesh, graphite, and graphene, where graphite is made from pitch containing condensed aromatic hydrocarbons, and graphene is made from chemically modified graphene components.

HE Z, ZHANG H, SONG W, WANG D, YIN W, ZHAO Y

Graphene-based enhanced heat conducting sheet, comprises graphene heat conduction sheet substrate, reinforcing body and connecting layer.

SUN H, ZHOU B, TANG Z, LI F

Preparation of titanium carbide MXene/reduced graphene oxide/gold-copper nanoparticle aerogel for electrothermal and photothermal device, involves preparing gold-copper nanoparticle powder, adding to MXene/graphene oxide mixed solution, adding ascorbic acid, stirring, and heating obtained precursor.

YIN S, QIAO H, QIN W

Composite thermally and electrically conductive material based on carbon fiber molding of active screen plasma nitridation processing technology comprises modified carbon fiber e.g. carbon fiber filament, toughening agent, heat conducting powder, plasticizer, antioxidant and compatibilizer.

XU J, GUO F