国家/地区 中国（42） 美国（2）
IPC部 C（42）
IPC大类 C01（19） C08（11） H01（8）
C09（5） B01（4） C02（4）
B82（3） C22（3） D01（3）
C25（2）
IPC小类 C01B（18） C08K（8） C08L（6）
C02F（4） B01J（3） B82Y（3）
C08F（3） C08G（3） C09K（3）
C22C（3） D01F（3） H01B（3）
H01H（3） C01G（2） C09D（2）
IPC C01B031/04（18） C01B032/184（8） C08K003/04（6）
C08K003/22（4） C08K009/04（4） C08K013/06（4）
B82Y040/00（3） C01B032/194（3） C01B032/198（3）
C08K003/34（3） D01F006/90（3） C01B032/186（2）
C02F001/30（2） C02F101/34（2） C08F220/14（2）
发明人 LI C（42）
公开年 2016（42）
申请年 2016（25）  2015（16） 
专利权人 CHINESE ACAD.（9） UNIV NANJING.（4） CHONGQING GR.（2） DUAN B（2）
NORTHWEST IN.（2） UNIV FUZHOU（2） UNIV JIANGSU（2） UNIV JINAN（2）
UNIV SOUTHEA.（2） UNIV SOUTHWE.（2） UNIV TIANJIN.（2）

Preparation of reductive oxidized graphene involves dispersing oxidized graphene in solvent, preparing uniformly distributed dispersed graphene oxide dispersion liquid and slurry, adjusting pH and carrying out solvothermal reduction.

BAO N, LI C, SHEN L, LI L, HE H

Preparing mesoporous graphene powder involves mixing metal magnesium powder and magnesia powder uniformly to obtain mixed powder, and then placing in sealed pressure-resistance container.

MA Y, LI C, ZHANG X

Optical microscope-based single layer graphene oxide staining visible method involves subjecting graphite oxide to Hummers method, mixing with dispersing liquid, washing, dispersing in water, mixing with dyeing agent, heating, and treating.

BAO N, SHI Y, SHEN L, LI C, JIANG F

Preparing and assembling functionalized graphene oxide useful for e.g. catalysis, comprises e.g. dissolving coupling agent in aqueous alcohol solution, uniformly mixing with oxidized graphene solution, drying and assembling by hot air flow.

BAO N, LI C, SHEN L, LI L, HE H

Graphene/molybdenum disulfide heterogeneous copper-based electrical contact material comprises copper powder and graphite/molybdenum disulfide heterojunction material.

LI C, DONG J, ZHANG S, CHEN Y, XU J

Grounding calcium bentonite based friction reducer used in e.g. acid soil area, contains calcium bentonite, carbon fiber, ammonium chloride, calcium oxide, zinc powder, nickel powder, ammonium persulfate, sodium molybdate and graphene.

CHEN T, DENG Z, HUANG J, JIANG L, LI C, LI D, LIU G, LIU X, LIU Z, PEI F, SHI X, TIAN X, ZHANG Y

Preparation of graphene nanorods, involves dissolving graphene oxide and reducing agent in deionized water, adjusting pH value to obtain mixed solution, placing mixed solution in tubular container, and ultrasonically processing.

FENG J, JIA J, LI C, JIN L, WANG Y, ZHANG P

Preparation method of nitrogen-doped graphene quantum dots by high energy electron beam irradiation method, involves immersing carbon fiber in mixed acid, ultrasonically processing, heating, cooling, and adding reaction liquid.

CHANG Q, CHEN P, DENG X, HANG M, LI C, WANG J, WANG Y, ZHANG M, ZHU J, XU J

Preparing bismuth oxide/nitrogen-doped graphene composite photocatalyst useful for photocatalytic degradation of organic pollutants comprises e.g. using graphite powder raw material, preparing graphene oxide by Hume method, and filtering.

LI C, LU B, YE Z, LV B

Treating waste water in graphene production process involves oxidizing graphite, purifying graphite, concentrating graphite, separating solid-liquid and performing multi-effect evaporation to obtain final product.

BAO N, LI C, JIANG F, SHEN L, SHI Y