国家/地区 罗马尼亚（7）
IPC部 C（7）
IPC大类 C01（7） B01（3） H01（3）
IPC小类 C01B（7）
IPC C01B032/182（4） C01B032/184（2） H01M004/133（2）
发明人 CARCADEA E（7）
公开年 2021（3） 2022（2）
申请年 2020（3）  2021（2） 
专利权人 INST NAT CER.（2） NAT CERC DEZ.（2） NAT CERCDEZV.（2）

Cerium oxide-doped graphene material comprises cerium, and has preset specific surface area, ordered mesoporous structure, stability and high porosity.

MARINOIU T A, CARCADEA E, RACEANU M, CAPRIS I, VARLAM M

Manufacture of azulene-functionalized graphene material used in electrochemical device, involves reacting ultrasonically processed suspension of reduced graphene oxide in dimethyl formamide, sarcosine and 1-formyl azulene in microwave field.

MARINOIU T A, ION S F, CARCADEA E, RACEANU M, CAPRIS I, VARLAM M

Preparation of nanocomposite material for electrochemical devices, involves performing single-step non-catalytic reaction between reduced graphene oxide dispersed in dimethyl formamide, sarcozine and 1-formyl azulene under preset conditions.

MARINOIU T A, ION S F, CARCADEA E, CAPRIS I, VARLAM M

Preparation of iodine-functionalized graphene material used as catalytic material, involves mixing ultrasonically-treated graphene-oxide suspension, ethanol and iodine precursor containing elemental iodine, iodine salts or hydroiodic acid.

MARINOIU T A, CARCADEA E, CAPRIS I, RACEANU M, VARLAM M

Preparation of nitrogen-functionalized porous graphene for electrochemical devices, involves synthesizing porous graphene by chemical vapor deposition using ethylene, and preparing nitrogen-doped porous graphene by hydrothermal method.

IONEBRASU D, ANDREI R D, JIANU C, ENACHE S, ENACHE A, CARCADEA E, VARLAM M, JIANU C C

Producing nitrogen-doped graphene nanocomposite material for producing electrode, by mixing graphene oxide with ethanol as reducing agent and ammonia or urea as nitrogen precursor, and subjecting mixture to microwave field.

MARINOIU T A, CARCADEA E, RACEANU M, CAPRIS I, VARLAM M

Preparation of iodine-doped graphene composite used as cathode material, involves oxidizing pre-oxidized graphite, performing ultracentrifugation to form graphite oxide suspension, and performing non-catalytic reduction with hydroiodic acid.

MARINOIU A, CARCADEA E, RACEANU M, PATULARU L G, VARLAM M