国家/地区 中国（84）
IPC部 B（84）
IPC大类 B01（84）
IPC小类 B01J（84）
IPC C01B032/184（20） C01B032/198（19） B01J020/20（16）
C01B003/04（15） B01J020/30（14） B01J027/24（13）
C02F001/28（13） C01B032/194（9） B01J020/28（8）
B01J035/02（8） B82Y030/00（8） B01J019/18（7）
B01J035/10（7） C02F001/30（7） C02F101/30（7）
发明人 CHEN J（5） LI X（5） ZHOU Y（5）
CHEN L（4） DING J（4） LI C（4）
LIU Y（4） WANG F（4） WANG X（4）
ZHANG Q（4） ZHANG Y（4） DU C（3）
DU J（3） GUO H（3） LI J（3）
公开年 2018（73） 2020（7） 2019（4）
申请年 2018（84）
专利权人 JIANGSU TIAN.（4） LI X（3） HANGZHOU GAO.（2） HUANG Z（2）
JINAN DEV ZO.（2） UNIV HENAN S.（2） UNIV INNER M.（2） UNIV JILIN（2）
UNIV NANJING（2） UNIV NANJING.（2） UNIV SHANDON.（2） UNIV SHANGHA.（2）
UNIV TONGREN（2） UNIV TSINGHU.（2） UNIV ZHEJIAN.（2）

Preparing graphene-modified prismatic carbon nitride by hydrothermally treating melamine, mixing supramolecular precursor with graphite oxide solution, filtering precipitate and washing, and freeze-drying and calcining.

FU Y, YU C, WANG X, ZHU J, HUANG T, PENG Q, SHI L

Oxidized graphene-noble metal nanoparticle-flaky titanium dioxide catalyst useful in synthesis of hydrogen peroxide with hydrogen and oxygen, has two-dimensional three-layer structure.

LI G, GUO S, ZHANG J

Preparing nano silver/graphene electrochemical sensor useful for rapid detection of hydrogen peroxide in actual samples, comprises e.g. dispersing graphite oxide in deionized water, carrying out ultrasonic dispersion, heating and drying.

INVENTOR U

Oxidizing naphthenes comprise contacting cycloalkane with catalyst under oxidation reaction conditions, allowing to stand, and measuring absorbance of the upper, middle and bottom graphene aqueous dispersions.

SHI C, OU E, XU W

Use of modified carbon nanomaterial in adsorbing organic pollutants e.g. naphthol in water, where modified carbon nanomaterial comprises graphene oxide and nano iron.

WANG F, WEI Y, ZHAO X, WU F

Method for synthesizing graphene oxide that is utilized in electronics, medicine, pharmacology and construction industries, involves oxidizing ground graphite, obtaining mixture of sulfuric acid and dry ice and mixing reagents.

ARKHIPOV M A, ARSANUKAEV M M, MOTCHANYI A I, KOVALEV S S, SHITSLE V F, MOTCHANY A I

Preparing graphene microsphere by inverse emulsion method useful for forming and maintaining high-strength porous spheres comprises adjusting graphene oxide solution pH, preparing oil phase composition system and adding diamine composition.

HUANG A, XU R, BAI Y, ZHANG W, GAO L, CHEN X, LI Y, LI L, DUAN H, YANG S, LIU Y, LIU Q, LIU X, WANG X, LIU W

Graphite heat conducting film for preparing oxidized graphene multi-stage filter device, comprises liquid inlet pipe, washing cation exchange column and anion exchange column, where one side of box is provided with liquid inlet pipe connected by flange.

LU L

Composite material comprises silicon carbide particles, where reduced graphene oxide is bonded to the surface of the silicon carbide particles, and inorganic semiconductor nanoparticles are bonded to surface of reduced graphene oxide.

HUO R

Preparation of composite aerogel involves preparing graphene oxide solution using flaky graphene oxide and solvent, adding carbon nanotubes, dispersing, adjusting pH, adding ethylenediamine, performing hydrothermal reaction, freeze-drying.

CHE C