国家/地区 中国（38）
IPC部 C（25） H（8） B（7）
D（6） G（6）
IPC大类 C01（12） C08（9） H01（8）
G01（6） C09（5） B82（4）
D06（4） B01（3） C23（3）
D01（2）
IPC小类 C01B（11） C08G（7） G01N（6）
B82Y（4） D06M（4） B01J（3）
C08K（3） C09K（3） C23C（3）
H01M（3） D01D（2） D01F（2）
H01G（2） H01L（2）
IPC C01B031/04（10） C08G073/02（5） B82Y030/00（3）
D06M011/74（3） D06M101/06（3） D06M101/10（3）
D06M101/12（3） D06M101/32（3） C08K003/04（2）
C08K003/22（2） C09K011/06（2） D01D005/00（2）
D01D005/34（2） D01F008/16（2） D01F008/18（2）
发明人 WANG C（38）
公开年 2014（20） 2015（14） 2016（4）
申请年 2014（38）
专利权人 SINOPEC CORP（4） SINOPEC SHAN.（4） UNIV JIANGNA.（3） WUHAN INST T.（3）
HEFEI GUOXUA.（2） UNIV HOHAI（2） UNIV JINAN（2） UNIV NANJING.（2）
UNIV QIQIHAR（2） UNIV SHENYAN.（2）

Production of sulfur-doped graphene, used in industrial field, involves carrying out ultrasonic peeling of graphite oxide in solvent and obtaining graphene oxide solution which is mixed with sulfur-containing organic compounds.

GAO H, JIA Y, LIU Z, SHI Z, WANG C

Synthesizing sulfur-doped graphene comprises ultrasonically peeling the graphite oxide in a solvent, mixing the graphene oxide solution and sulfur-containing organic compounds with ultrasonicating, dispersing and uniformly mixing.

GAO H, JIA Y, LIU Z, SHI Z, WANG C

Preparation of sulfur-doped graphene, involves mixing graphite oxide in water, obtaining graphene oxide solution, mixing with sulfur-containing compounds, ultrasonically processing, mixing, and hydrothermally reacting.

GAO H, JIA Y, LIU Z, SHI Z, WANG C

Synthesis of sulfur-doped graphene comprises taking graphite oxide in water, ultrasonically peeling off, freeze-drying, mixing with hydrogen sulfide and inert gas, and reacting.

GAO H, JIA Y, LIU Z, SHI Z, WANG C

Preparation of amorphous silicon graphene-like nanosheet used as semiconductor material for photocatalytic hydrogen production involves mixing magnesium powder and silica, air sintering in the presence of hydrogen/argon gas and pickling.

HU B, MENG Y, SHI W, YAN Y, LIU J, WANG C, CAI F

Method for modifying e.g. I-V characteristics, of graphene i.e. semiconductor film, involves placing graphene film in vacuum environment, and radiating graphene film with electron beam to obtain graphene material.

HUANG C, CHU C, CHIU S, WANG C, WEI C, CHUNG C, WU B, HUANG J, QIU S, WANG J, ZHU J, WEI J, ZHONG C, HUANG C H, CHU C W, CHIU S M, WANG C C, WEI C M, CHUNG C J, WU B H

Vacuum plating basecoat comprises alkyd modified polyurethane oil, rosin modified phenolic resin, drier, anti skinning agent, organic modified nano silicon dioxide, organic modified nano graphene and solvent oil No.200.

LIU Z, YU Z, WANG C, ZHANG Q, DAI M, JIN B

Preparation of thermosensitive controllable graphene composite material used e.g. for preparing high pressure liquid phase chromatography filler, includes mixing N-isopropyl acrylamide monomer, dithiobenzoate benzyl, and initiator.

LIU J, XIAO Y, HUANG R, OU B, WANG C

Fluorescence detecting method, involves preparing graphene oxide dispersion liquid in punch, and mixing L-cysteine standard solution with fluorescence probe solution under room temperature at different concentrations.

CHEN X, JIN L, LIN F, LIU P, WANG C, ZHAI N, ZHOU H, WU M, ZHENG Q, CHEN Q

Graphene-titanium dioxide composite material comprises graphene mixed with sulfur, and titanium dioxide.

LI Y, WANG C, XIA S, WANG S