国家/地区 印度（52）
IPC部 B（52）
IPC大类 B82（52）
IPC小类 B82Y（52） C01B（26） B01J（14）
C08K（12） H01M（12） H01L（10）
C23C（8） C08L（6） H01G（6）
B01D（5） B22F（5） G01N（5）
C12Q（4） A61B（3） C04B（3）
IPC B82Y030/00（34） B82Y040/00（32） C01B032/194（7）
C01B032/23（7） C08K003/04（7） C01B032/19（5）
B01D071/02（4） B01J037/02（4） C01B032/15（4）
C01B032/184（4） H01M004/62（4） B01J035/00（3）
C01B032/182（3） C01B032/192（3） C23C002/00（3）
发明人 PANDEY S（4） SAHOO N G（4） CHOUDHARY S K（3）
DHALI S（3） KARAKOTI M（3） TEWARI C（3）
GABEN F（2） KUMAR N（2） LICHT S（2）
MADHAD H（2） MISHRA N（2） POTTAIL L（2）
VASAVA D（2）
公开年 2021（52）
申请年 2020（24）  2021（16）  2019（11） 
专利权人 PANDEY S（4） SAHOO N G（4） TATA STEEL L.（4） DHALI S（3）
KARAKOTI M（3） TEWARI C（3） AVINASHILING.（2） C2CNT LLC（2）
INDIAN INST .（2） MADHAD H（2） MISHRA N（2） UNIV AMITY（2）
VASAVA D（2）

Manufacture of graphene nanosheets used for optoelectronic device, involves stirring mixture containing distilled water and paper waste, filtering, soaking obtained residue in mixture of methanol, ethanol and distilled water, heating, pyrolyzing, ball-milling obtained amorphous carbon and pyrolyzing.

PANDEY S, KARAKOTI M, DHALI S, TEWARI C, SAHOO N G

Manufacturing of graphene nanofibers from cotton sources, involves soaking cotton fiber and cotton rope in ethyl alcohol and isopropyl alcohol to develop rapid carbon skeleton and flexibility within graphene nanofibers, and placing alcohol.

PANDEY S, KARAKOTI M, DHALI S, KARKI N, SAHOO N G

Process for preparing highly efficient graphene-soap-based spray paints useful in industrial field for killing of corona viruses comprise synthesizing graphene nanosheets/graphene nanofibers, forming paints and analyzing.

KARAKOTI M, PANDEY S, DHALI S, TEWARI C, SRIVASTAVA A, SRIVASTAVA R, SAHOO N G

Preparation of functionalized porphyrin base targeted synthetic organic anode electrode used for lithium-ion battery, involves preparing porphyrin-based molecule, dissolving metal acetate hydrate with porphyrin-based molecule, refluxing, adding strong acid solution, and purifying.

GIRI S, SAMANTA S

Synthesizing biogenic zinc oxide and titanium dioxide integrated graphene oxide-based nanocomposite for degrading organic pollutant, involves preparing leaves extract, synthesizing zinc oxide nanoparticles.

JOSHI N C, KIMOTHI S, JOSHI A, JHAKMOLA V

Heat transferable biodegradable substrate used for manufacturing moldable interconnect devices (MIDs), comprises first layer comprising poly lactic acid (PLA) matrix dispersed with graphene oxide (GO) particles and second layer.

WINOWLIN J J T, ABHISHEK S, AMEENUDEEN Z, ADAM K M

Reducing residual pyrolytic carbon char into nano/submicron sized carbon black products from char of pyrolysis oil plant, by subjecting the char and acid solution to leaching unit nozzle based hydrodynamic cavitation of intensity.

BHANVASE B A, BARAI D P, PARBAT S A

Synthezing thermally reduced graphene oxide-gold-silicon oxide hybrid nanoparticles involves e.g. electrochemical exfoliation method using cylindrical graphite rod as cathode and anode, filtering slurry of exfoliation and sonicating mixture.

SINGH P K, SHARMA K, TIWARI A K

Method for producing electrical energy, involves reacting reduced graphene oxide (rGO) with oxygen in presence of ambient energy, rGO is impregnated with alkali.

SARKAR S, SAMANTA A, BHATTACHARJEE D

Preparing polymerized nickel nanoparticle decorated on graphene composite by ultrasonicating mixture of graphene oxide and water, adding mixture of nickel nitrate and polyvinyl alcohol, adding hydrazine hydrate, heating to obtain semi-solid solution, heating, dissolving, filtering and drying.

SHUKLA S K, DAS T R, PATRA S