国家/地区 俄罗斯（8）
IPC部 B（8）
IPC大类 B82（8）
IPC小类 B82Y（8）
IPC B82Y040/00（8）
发明人 VEERASAMY V（3） VEERASAMY V S（3）
公开年 2011（4） 2021（2）
申请年 2009（3）  2010（2）  2020（2） 
专利权人 GUARDIAN GLA.（3） GUARDIAN IND（3） GUARDIAN IND.（3）

METHOD FOR CREATING QUANTUM DOTS FOR ELEMENT BASE OF RADIO ENGINEERING.

OMOROKOV D B

METHOD OF OBTAINING POLYCRYSTALLINE DIAMOND FILMS.

POLUSHIN N I, MASLOV A L, LAPTEV A I

Forming three dimensional structures based on graphene having sp1-linear carbon chain, by condensing carbon on graphene or its surface by evaporating graphite in vacuum, and forming hexagonal close-packed structure of chain with graphene.

GLUKHOV D E

Applying a coating composition on substrate comprises preparing a coating by mixing carbon in form of carbon nanotubes, graphene and/or fullerenes with metal particles and two-dimensionally or selectively applying the coating on substrate.

ADLER U, RODE D, BURESCH I, WANG J, FRECKMANN D, SCHMIDT H, ROHDE D, WANG Y

Manufacture of doped graphene thin film for electrochromic devices comprises hetero-epitaxially growing intermediate graphene thin film on catalyst thin film, and doping intermediate graphene thin film with n- or p-type dopants.

VEERASAMY V S, VEERASAMY V

Method for isolating graphene thin film involves causing graphene thin film and polymer-based coating to be released from catalyst thin film, after curing polymer-based coating.

VEERASAMY V S, VEERASAMY V

Manufacture of graphene thin film used in metal oxides window electrodes for solid-state solar cells involves disposing catalyst thin film on back support substrate, introducing hydrocarbon, and heating to promote graphene growth.

VEERASAMY V S, VEERASAMY V

Electronic device comprises porous graphene layer including graphene nanoribbon and electrically connecting two graphene electrodes.

KAERKKAEINEN A M, HAQUE S M, COLLI A, PASANEN P M, JOHANNES K L M, UUSITALO M A, LEHTINIEMI R K, KARKKAAINEN A M, HAQUE S, KARKKAINEN L M J, KARKKAINEN L, UUSITALO M, LEHTINIEMI R, KARKKAINEN L M Y, KAERKKAEINEN L M J