国家/地区 罗马尼亚（19）
IPC部 C（19）
IPC大类 C01（19） B01（5） H01（5）
B82（3） C23（3）
IPC小类 C01B（19）
IPC C01B032/182（6） C01B032/184（4） B82Y030/00（3）
C01B031/04（2） C01B032/192（2） C23C016/26（2）
H01G011/32（2） H01M004/133（2）
发明人 CARCADEA E（7） VARLAM M（7） MARINOIU T A（6）
CAPRIS I（5） RACEANU M（5） ATHANASIOS T（2）
BALAN A E（2） ION S F（2） STAMATIN I（2）
公开年 2021（5） 2022（5） 2018（3） 2020（3）
申请年 2020（4）  2018（3）  2019（3）  2021（3）  2022（2） 
专利权人 INST NAT CER.（2） INST NAT CER.（2） INST NAT CER.（2） INST NAT CER.（2）
NAT CERC DEZ.（2） NAT CERCDEZV.（2） UNIV DIN BUC.（2）

Electrochemical detection of capecitabine in aqueous solution of water-emerging pollutants, involves placing working electrode of copper(I) metallomesogen, carbon nanotubes and graphene, in classic system of electrodes immersed in vessel comprising aqueous solution, and performing cathodic reduction.

MOTOC S, MANEA F, SZERB E I, CRETU C

Preparing vertical graphene-metal nanoparticles hybrid materials used for biotechnological applications comprises synthesis of gold nanoparticles, ex-situ anchoring of gold nanoparticles on vertical graphene sheets and removing by-products.

TUCUREANU V, MATEI A

Graphene material used for forming catalyst, is prepared from graphene oxide functionalized with platinum, from solution of hexachloroplatinic acid as precursor of platinum in acidic medium and has preset specific surface area and porosity.

OUBRAHAM A, MARIN E, TILIAKOS A, VASUT F, MARINOIU T A

Manufacture of composite material used for forming electrodes, involves functionalizing woven fabric by treating in oxygen plasma medium, and immersing in polymer dispersion or in solution based on sodium dithionite, and drying.

AILENI R M, CHIRIAC L, JIPA C, TOMA D

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

Manufacturing fuel cells containing gas diffusion layer by applying laser pyrolysis to polyimide film, subjecting mixture to ultrasonic treatment, spraying platinum catalyst ink, and pressing substrates on sides of polymeric membrane.

ATHANASIOS T, DUMITRACHE F

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