国家/地区 中国（38）
IPC部 C（38） B（21） H（10）
A（2） F（2）
IPC大类 C01（38）
IPC小类 C01B（38）
IPC C01B031/04（34） C09K011/65（15） B82Y030/00（12）
B82Y040/00（12） C01B031/02（8） C08K003/04（8）
C09D005/24（8） C01B032/182（7） C09D007/12（7）
C01B032/184（5） H01B001/24（5） C01B032/15（4）
C01B032/18（4） C01B032/194（4） C09K005/14（4）
发明人 LIN J（3） WANG J（3） YANG Y（3）
CHEN S（2） HSIEH C（2） LI J（2）
LI Y（2） LI Z（2） LIU J（2）
SU Y（2） WANG W（2） WU M Y（2）
WU Y（2） XIE C（2） YANG S（2）
公开年 2014（19） 2015（18）
申请年 2014（38）
专利权人 ANJU SCI TE.（2） ENERAGE INC（2） UNIV FUZHOU（2） UNIV SHANGHA.（2）

Synthesis of silica-coated graphene hybrid material used as e.g. filler, involves treating ammonium-activated graphene oxide with solution comprising silica precursor(s), and silane coupling agent(s) to obtain functionalized product.

LIU J, LAW J

Preparation of water-soluble fluorinated graphene quantum dots for e.g. biosensor, involves adding fluorinated graphene to alkaline composition, adding modified fluorinated graphite to mixed acid and dialyzing filtrate.

WANG J, YANG S, GONG P

Graphene composite coating layer for coating target object surface comprises curable mixed resin consisting of curable resin and curing agent and surface-modified nano graphene sheets which are evenly spread in curable mixed resin.

WU M Y, HSIEH C, SHUI C, WU Y, XIE C, HSIEH C Y, SHUI C K

Method for manufacturing carbon-metal composite, involves reacting composition with specific amount of graphene, providing carbon compound in composition, and providing carbon nanotube with carbon-metal composite.

GONG S Y, LEE S Y, CHOE H, LEE C, LI X, LI Z, CUI X, KONG X, GONG S

New non-covalent modified carbon structure e.g. carbon nanotubes, graphene and graphene nanoplatelets used in manufacture of carbon structure/polymer complex composite.

JUNG Y, YOO H J, KIM J, KIM J S, BYEON C, JUNG Y G, BYEON C S, LIU H

Production of graphene involves applying physical force to liquid dispersion of dispersing agent containing polyaromatic hydrocarbon oxide, and carbon-based material comprising graphite, and forming graphite into nano graphene flakes.

SOHN K N, YOO K H, KWON W J, LEE K S, YANG S B, KIM I Y, LEE M J, LEE J Y, SOHN K, YOO K, KWON W, LEE K, YANG S, KIM I, LEE M, LEE J, LI M, LI J

Production of aqueous dispersion of few-layer graphene nanosheets used for coated article, involves mixing graphite particles with perfluorosulfonate ionomer in aqueous liquid, and arranging ionomer as thin and continuous layer.

JULIUS D, ZIN M, DIVIGALPITIYA R, KORBA G A, KIM M

Hollow graphene nanoparticle used in flexible electronic materials and in transparent electrodes, comprises graphene sheets stacked together.

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

Preparation of controlled fluorescence graphene quantum dot comprises ultrasonically dispersing graphene in ultrapure water, adding hydrogen peroxide solution, and obtaining controlled graphene quantum dot fluorescence to UV radiation.

NIE F, LUO K, XU P, ZHENG J

Preparing multicolor fluorescence graphene quantum dot by microwave method comprises e.g. adding carbon material in concentrated nitric acid and sulfuric acid, dispersing, heating, dialyzing, freeze-drying to obtain carbon monoxide material.

CHEN S, LIU M, SUN X, YANG Y, ZHOU X