国家/地区 印度（23）
IPC部 B（23）
IPC大类 B82（23）
IPC小类 B82Y（23） C01B（23） H01M（6）
C07C（4） H01G（4） H01L（4）
B01J（3） B82B（3） C23C（3）
C25B（3） A61K（2） A61M（2）
C04B（2） C08G（2） C08K（2）
IPC C01B032/184（23）
发明人 CAI J（2） DASH P S（2） FASEL R（2）
FENG X（2） GHORAI S（2） LIU D（2）
LIU X（2） MUELLEN K（2） MULLEN K（2）
PANDEY S（2） ROY I（2） RUFFIEUX P（2）
SAHOO N G（2） TANG Y（2） TATRARI G（2）
公开年 2020（5） 2021（4） 2015（3） 2016（3） 2013（2） 2022（2）
申请年 2020（4）  2015（3）  2010（2）  2014（2）  2016（2）  2018（2）  2019（2）  2021（2） 
专利权人 BASF SE（2） JINAN SHENGQ.（2） PANDEY S（2） SAHOO N G（2）
TATA STEEL L.（2） TATRARI G（2） TEWARI C（2） TIWARI H（2）
UNIV CALCUTT.（2） UNIV RICE WI.（2） UNIV RICE WI.（2）

One-pot fabrication process of porous heteroatom(s)-doped reduced graphene oxide by reduction of graphene oxide using natural biomolecule as reductant-dopant used for fabricating high voltage aqueous symmetric supercapacitor, involves adding graphene oxide to aqueous solution of biomolecule.

AHMAD I, KUMAR A

Making graphene-based materials from tire or rubber waste comprises e.g. mixing finely chopped tire or rubber waste with transition metal oxides or bedding of nano clay mixed with transition metal oxides and subjecting to pyrolysis reaction.

SAHOO N G, TATRARI G, TEWARI C, PANDEY S, TIWARI H, KARAKOTI M, MELKANI A B

Producing magnetic carbon nanomaterial used in e.g., medical applications by heating electrolyte media, positioning the molten electrolyte media between anode and cathode of electrolytic cell and introducing a magnetic additive component.

LICHT S

Making carbon nanostructure materials used for energy storage by e.g. dispersing carbonizing precursor in deionized water, acidifying precursor mixture using concentrated inorganic acid, heating, separating and annealing carbon nanoclusters.

MANI K, KARUPARTHI P K K, SHANMUGASUNDARAM S, PILLAI S K

Preparing graphene-based materials e.g. hydrophobic graphene nanoribbons used in bioimaging and water treatment to remove organic pollutants involves two-stage solvothermal process comprising extract of Drepanostachyum falcatum plant parts.

SAHOO N G, TEWARI C, PANDEY S, TATRARI G, RANA A, TIWARI H, DANDAPAT A

Producing UV luminescent thin film on glass using graphene quantum dots for e.g., energy efficient buildings, by synthesizing final product by microwave-assisted hydrothermal protocol using glucose as precursor molecule.

WADHWA S, MATHUR A, ALISHBA T J

Developing blue emitting graphene quantum dots (GQDs) from graphene oxide involves solvothermal cutting of graphene oxide, purifying obtained GQD solution through PTFE membrane and dialyzing filtrate of GQD solution.

GHORAI S, DASH P S, ROY I, DIPANKAR C

Producing blue emitting graphene quantum dots (GQDs) from coal by chemically oxidizing coal in acidic environment, followed by distillation of acid, hydrothermal cutting oxidized coal, purifying through PTFE membrane, and dialyzing.

GHORAI S, DASH P S, ROY I, CHATTOPADHYAY D

Preparing reduced graphene oxide nanoparticles by combustion of a source of carbon under high pressure in the presence of oxygen.

BHASKARWAR A N, ABRAR I

Synthesizing pristine graphene quantum dots comprises e.g. providing catalyst having e.g. metal alloy or metal hydroxide loaded substrate in reactor, and passing hydrocarbon carrier gas of e.g. methane over catalyst loaded substrate.

RAMAPRABHU S, MEENAKSHI S G, AJAY P V K S