国家/地区 印度（94）
IPC部 B（94）
IPC大类 B82（94） C01（94） H01（40）
C08（28） B01（24） C09（15）
C23（13） B05（12） B32（9）
C25（9） C07（8） C04（7）
A61（6） D01（6） C02（5）
IPC小类 B82Y（94）
IPC B82Y030/00（94）
发明人 FENG X（4） MUELLEN K（4） MULLEN K（4）
TOUR J（4） TOUR J M（4） VEERASAMY V（4）
VEERASAMY V S（4） BEDWORTH P V（3） CAI J（3）
CHIU G（3） FASEL R（3） FELISARI R（3）
RUFFIEUX P（3） TSAI J（3） ADLER U（2）
公开年 2021（18） 2022（12） 2011（11） 2013（10） 2015（10） 2014（6） 2012（5） 2017（5） 2020（5） 2023（5） 2010（2） 2016（2）
申请年 2020（13）  2012（10）  2014（8）  2021（8）  2010（7）  2019（7）  2022（7）  2015（6）  2009（5）  2011（5）  2013（4）  2016（4）  2023（4）  2017（3） 
专利权人 BASF SE（6） BASF AG（5） BASF CHINA C.（4） COUNCIL SCI .（4）
GUARDIAN GLA.（4） GUARDIAN IND（4） GUARDIAN IND.（4） UNIV RICE WI.（4）
EMPA MATERIA.（3） LOCKHEED COR.（3） LOCKHEED MAR.（3） MAX PLANCK G.（3）
UNIV RICE WI.（3） VERSALIS SPA（3） CHIU G（2） DHALI S（2）
EMPA EIDGENO.（2） FRAUNHOFER G.（2） INDIAN INST .（2） INDIAN INST .（2）

Preparation of graphene oxide quantum dots, involves dispersing potato paste in deionized water and adding ammonium hydroxide solution, treating formed mixture hydrothermally at preset conditions, and cooling to room temperature, filtering and drying.

KAUSHAL J, KAPOOR M, KUMAR P, KHANRA P, GAYTRI

Performing integration of vertically aligned carbon nanotubes into graphene as three-dimensional structure involves preparing colloid mixture of carbon nano tube and reduced graphene oxide by adding carbon nano tube and reduced graphene oxide separately in a suitable solvent.

VIDHYA B, SAKUNTHALA A, NANDHAKUMAR R, RAJESH S

Preparing graphite oxide for production of nanocomposites, by chemical exfoliation, involves oxidizing graphite, with sulfuric acid and potassium permanganate, subjecting precursor to thermal reduction, purifying formed graphite oxide with carbon atoms monolayer arranged in two-dimensional network.

RAVIKUMAR M, SHARMA R S K, GUTHIKONDA K, CHATTERJEE A, SIVAPRASAD G V, BAVIREDDI B R, GAJJELA K R, MUVVA V

Method of energy conversion materials fabricated with boron nitride nanotubes (BNNTS) and BNNT polymer composites, involves synthesizing Boron-containing nanomaterial/polymer fabric from matrix by using managed dispersion of boron-containing nanomaterial into matrix,the connected.

SHARAMILA S, SHIVANNAVAR P M, SHREE S K, KUMAR C K, SHANKRAMMA K

Nanofiber for biomedical application, comprises graphene oxide that is prepared using modified Hummer's method, titanium dioxide nanoparticles that is prepared using hydrothermal method,sesamum Indicum seed extract solution, where graphene oxide is mixed with titanium dioxide nanoparticles.

SIVARANJANI S, VIJAYA P

Preparing drug loaded-fluorescent graphene quantum dots (GQDs) embedded mesoporous silica nanostructure for image guided solid tumor ablation, by adding emissive GQDs on silica coated N-cetyltrimethylammonium bromides (CTAB) surfactant, hydrolyzing and condensing, centrifuging, and removing CTAB.

PRASAD R, JAIN N K, JADHAV M, SRIVASTAVA R, YADAV A S, GORAIN M, KUNDU G C

Test kit for detecting parkinson's disease comprises graphene oxide (GO) sheets, working electrode, recognition layer, supporting instrumentation, blood sample, substrate, aparkin antibody, and aparkin protein.

PANDA S P, AGRAWAL R, SHARMA K

Forming graphene oxide from natural resources by adding Chrysopogon zizanioides root powder in closed container for reduction reaction under oxygen-free conditions and keeping for carbonization reaction via slow heating rate of pyrolysis.

SUDHAPARIMALA S, USHA R

Synthesis of graphene nanocomposite based additive for lubricants, by e.g. synthesizing graphene oxide by modified hummers method, doping graphene oxide with nitrogen element, and functionalizing nitrogen doped graphene.

KUMAR A, BHARDWAJ A, BARDIYA V

Fabric used for e.g. garment material, comprises graphene in the form of combination of single layer graphene and multilayer graphene, having preset surface area.

AMIRTHASAMY J B, RAJE V P, SHARMA M C, GOSWAMI K