国家/地区 中国（45）
IPC部 B（45）
IPC大类 B82（45） C09（45） C01（33）
C08（21） H01（20） B05（10）
H05（8） B01（7） B32（7）
C23（7） B22（4） C07（3）
B29（2） B33（2） C03（2）
IPC小类 B82Y（45）
IPC B82Y040/00（45）
发明人 LI X（3） LIU H（3） AKSAY I（2）
AKSAY I A（2） ALEKSEEVNA I E（2） CHEN C（2）
DING A（2） IVANOVICH S Y（2） KORKUT S（2）
LETTOW J S（2） LI T（2） MIROSLAV L O（2）
NIKOLAYEVICH M S（2） PETROVIC G P（2） PRUD H R K（2）
公开年 2015（6） 2013（5） 2017（5） 2021（5） 2022（4） 2009（3） 2014（3） 2018（3） 2011（2） 2016（2） 2020（2） 2023（2）
申请年 2014（6）  2022（5）  2013（4）  2016（4）  2017（4）  2020（4）  2009（3）  2011（3）  2021（3）  2010（2）  2012（2）  2018（2）  2019（2） 
专利权人 AKSAY I A（2） KORKUT S（2） LETTOW J S（2） NINGBO SINO .（2）
PRUDHOMME R .（2） UNIV CALIFOR.（2） UNIV LANZHOU.（2） UNIV PRINCET.（2）
UNIV ZHEJIAN.（2） VORBECK MATE.（2） WALBECK MATE.（2）

Preparing modified graphene quantum dots involves mixing graphene oxide, hydrogen peroxide and N,N dimethylformamide, subjecting resulting dispersion to solvothermal reaction to obtain GQDs (graphene quantum dots), mixing GQDs, 1-(3-dimethylaminopropyl)-3-ethylcarbodiimide hydrochloride.

WU L, CAI F, CHEN G, GUO Y, ZHAO Q

Composite current collector useful for enhancing conductivity, comprises e.g. high molecular support layer as central layer, nano-silver wire reinforced conductive layer arranged on both sides, the metal layer and the graphene reinforced conductive layer arranged between the metal layer.

ZHANG G, LI X, XIA J, ZHU Z, WANG S

Stabilizing carbon oxide nano-tube suspension by graphene involves using suspension containing liquid medium, solid particles and stabilizer, where liquid medium comprises distilled water, solid particles comprise carbon nano tube, and graphene is used for obtaining stabilizing agent.

TIMOFEEVICH C N, PETROVIC G P, IVANOVICH S Y, ALEKSEEVNA I E, MIROSLAV L O, NIKOLAYEVICH M S, LI T, WANG B, DING A, WANG D

Preparation of stable suspension of graphene oxide nanoparticles and carbon nanotubes used for producing composite material, involves adding potassium dichromate in sulfuric acid, graphene nanoparticle and water, adding ethanol to carbon nanotubes and adding mixture to suspension.

TIMOFEEVICH C N, IVANOVICH S Y, ALEKSEEVNA I E, PETROVIC G P, MIROSLAV L O, NIKOLAYEVICH M S, LI T, WANG B, DING A, WANG D

Matter composition comprises epoxy functionalized two-dimensional shaped particles comprising functionalized graphene, clays, and alumina platelets, carbon nanotubes, epoxy resin, and curing agent comprising ionic liquid, and 1-ethyl-3-methylimidazolium dicyanamide.

KALB J, IFTIME G, WEI J, PANDEY R, RAHULPANDY, JUNHUA W, JAMIKALB

Preparing composite material of oxidized graphene/nano barium sulfate to paint, pigment, coating, ink, storage battery, paper making, plastic, rubber, ceramic, enamel, and spice industries, involves adding pre-treated graphene waste sulfuric acid.

LI P, GONG W, CAO A, LIU T, WANG W, HOU S, SONG X

Graphene and nano-silver composite material comprises resistivity of graphene and nanosilver composite material, and is prepared by reacting graphene oxide with secondary oxidant to obtain modified graphene oxide.

GUO X, LIU Z, XIE L, LI X, CHEN C

Preparation of composite material with friction resistance includes dispersing graphene oxide in N,N-dimethylformamide polar solvent, adding dimethyl 4,4-diphenyl ether tetracarboxylate, nadic anhydride and 4,4-diaminodiphenyl ether, washing with absolute ethanol and filtering.

YANG Y, WANG H, ZHANG X, LIU H

Reduced graphene oxide/nano zirconium oxide composite material filler used for synthesizing thermosetting polyimide coating, includes reduced graphene oxide material and zirconium oxide material, where chemical bond energy is comprised between zirconium oxide and reduced graphene oxide material.

WANG Q, YANG Y, LIU H, SHI G, WANG H

Improving corrosion resistance of nanodeposition graphene nanocomposite ceramic coatings comprise e.g. preparing nano-deposited graphene coating slurry, mixing, curing nano-deposited graphene coating slurry, and adding complexing agent.

XUE G