国家/地区 台湾（37）
IPC部 C（37）
IPC大类 C01（37）
IPC小类 C01B（37） H01B（37） B82Y（20）
H01M（14） H01L（11） C23C（8）
C09K（7） H01G（6） B82B（5）
C08K（5） C08L（5） C09D（5）
H05K（5） B01J（4） B01F（3）
IPC H01B001/04（37）
发明人 FENG X（4） MUELLEN K（4） MULLEN K（4）
KUBOTA Y（3） SUN P（3） TAMAKI E（3）
YANG S（3） CHUEH Y（2） HASEGAWA S（2）
HASEGAWA SHOJI（2） HSIEH C（2） HSIEH C Y（2）
IVANOVICI S（2） KAMIYA N（2） KAMIYA NAGISA（2）
公开年 2015（10） 2011（5） 2012（4） 2010（3） 2013（3） 2014（3） 2016（3） 2017（2）
申请年 2014（8）  2009（5）  2011（5）  2013（5）  2015（5）  2012（2）  2016（2） 
专利权人 BASF SE（4） MAX PLANCK G.（4） TORAY IND IN.（3） UNIV NAT TSI.（3）
ANJU SCI TE.（2） BASF CHINA C.（2） CHUEH Y（2） ENERAGE INC（2）
GRAPHENE PLA.（2） GUARDIAN GLA.（2） GUARDIAN IND（2） GUARDIAN IND.（2）
LG CHEM CO L.（2） LG CHEM LTD（2） MAXPLANCKGES.（2） SEMICONDUCTO.（2）
TORAY ADVANC.（2）

Preparing graphene conductive film, comprises allocating graphene, surfactant and solvent, mixing graphene and surfactants and solvent into paste, placing paste on substrate to form film, drying film, and thermally annealing film.

CHEN M, WU C, CHUNG M, KOO H

Manufacture of N-type graphene used for forming electrode, involves annealing graphene to be doped which is graphene-based material issued from initial graphene layer, in forming gas and N-doping graphene to be doped.

SUHAIL A, PAN G

High thermal conductive hybrid film comprises reduced graphene oxides, and nano hybrid structures mixed with reduced graphene oxides and both comprising a nanodiamond and a carbon layer coating the nanodiamond.

TAI N, YUAN H, TAI N H, YUAN H C

Flexible, low shrinkage, conductive formulation for coating substrate of articles and filling gaps in electronic packages comprises sinterable, conductive metal particles, graphene, diluent, and polymer resin.

HONG X, SANCHEZ J G, CAO X, ZHUO Q

Processing method for growing metal-doped graphene, involves performing plasma enhanced chemical vapor deposition process with carbon precursor, metal precursor, and predetermined element precursor to form metal-doped graphene.

HUANG K, CHI Y, JI Y

Graphene sheet combining graphite flake structure used as heat-dissipation structure and in light and thin current electronic products, comprises graphite nanoplatelet material and graphene material mixed in the nanoplatelet material.

CHOU T, WU F, CHAN C, LIAO W, CHANG H, LI L, ROSS J, YU W F, CHIEH C C, HSIEN L W, PIN C H, JONG L L, WU F Y, CHAN C C, LIAO W H, CHANG H P, LI L J

Composite carbon material has substrate and graphene oxide, in which substrate includes oxidized, doped, or undoped carbon nanotube, doped or undoped graphite, doped or undoped graphene, molybdenum dioxide, or combination.

CHIANG W, LI Y, CHIANG W H, LI Y S

Composite structure of graphene and carbon nanotube configured in a three-dimensional form used in electrodes, comprises graphene platelets, metal particles coated on graphene platelets, and carbon nanotubes formed on metal particles.

WU M Y, HSIEH C, PENG C, WU Y, XIE C, HSIEH C Y, PENG C S

Method of producing carbon material having graphene and application thereof.

LIU S, HUANG W, LIU Y

Method for controllable layer-by-layer removal of graphene layer, involves providing layer of graphene, providing highly graphene-oxidizing agent in hermetic environment and providing heating source for heating graphene layer.

CHEN W, HSU W, TENG P, CHIU P, HSU W J, TENG P Y, CHIU P W