国家/地区 中国（11）
IPC部 B（11）
IPC大类 B82（11）
IPC小类 B82B（11）
IPC B82B003/00（10） C01B031/02（9） B82Y040/00（8）
B82Y030/00（7） C01B031/04（7） B82B001/00（5）
H01B001/04（4） C01B031/00（3） C01B032/184（3）
H01B005/14（3） H01B013/00（3） H01L021/02（3）
H01L029/16（3） B05D005/12（2） B32B009/00（2）
发明人 BANDO M（2） HOBARA D（2） KADONO K（2）
KIMURA N（2） KOBAYASHI T（2） SHIMIZU K（2）
SUMINO K（2） YASUHARA D（2）
公开年 2013（7） 2012（4）
申请年 2012（11）
专利权人 SONY CORP（2）

Making strip shaped graphene layer involves disposing carbon nanotube structure comprising drawn carbon nanotube film including carbon nanotubes on graphene film; removing graphene film and carbon nanotube structure.

LIN X, JIANG K, FAN S

Etching graphene nanostructure, by providing piece of highly oriented pyrolytic graphite, analyzing first window, second window, and third window, and applying voltage gradient.

DARLING M J

Manufacture of large-scale three dimensional transparent graphene electrode used in electric and electronic applications, involves spraying conductive macromolecule solution and graphene solution, and drying.

HUH H, KIM W S, KIM H J, YOO E S, CHOI S H, HWANG J Y, JANG J Y, KIM T I, HEO H, HYEONG P N, SIK K U, JIN K H, SEONG Y E, HUN C S, YEONG H J, YEONG J J, IL K T, PARK N H, JIN T, ZHANG Z, CHOE S, HWANG J, KIM H, KIM W, YOO E

Partially altering defect area in a layer on substrate involves reacting substrate under reaction conditions to produce cationic area in exposed areas; adhering graphene oxide to cationic area to produce graphene oxide layer; and reducing.

MILLER S, YAGER T, MILLER S A, YAGER T A

Preparation of functionalized graphene nanoribbons used for e.g. deicing circuit, involves exposing carbon nanotubes to alkali metal source in presence of aprotic solvent and exposing opened carbon nanotubes to electrophile.

TOUR J M, LU W, GENORIO B, TOUR J, TOUR YA M, LU V

Graphene structure, useful an electrode material of a touch panel and solar battery, comprises a substrate, a graphene layer, and a contact layer, where the graphene layer is laminated on substrate and formed of graphene doped with dopant.

KIMURA N, KOBAYASHI T, HOBARA D, BANDO M, SHIMIZU K, KADONO K, YASUHARA D, SUMINO K, HOBARA T

Graphene structure, useful as conductive film in e.g. solar cell, comprises conductive layer formed of graphene doped with dopant, and protective layer laminated on conductive layer and made of material having oxidation-reduction potential.

KIMURA N, HOBARA D, KOBAYASHI T, BANDO M, SHIMIZU K, KADONO K, YASUHARA D, SUMINO K

Structure, useful in e.g. a graphene device e.g. a transistor, comprises a substrate, a growth layer, a graphene layer, and a protective layer, where the growth layer is disposed on the substrate and has a groove.

CHOI B, LEE E, WHANG D, CHOI B L, LEE E K, WHANG D M, CHOE P, HWANG T

Making graphene nanoribbon comprises contacting poly(phenylene ethynylene) polymer, annulating compound, and catalyst system comprising metal catalyst and protic acid, and oxidizing the arylannulated polymer product.

DICHTEL W R, ARSLAN H, URIBEROMO F J

Graphene heterostructure used for electronic components used in electronic circuits, and for electronic devices, consists of graphene layer positioned between two encapsulation layers.

GEIM A K, NOVOSOLEV K S, GORBACHEV R V, PONOMARENKO L A, GEIM A, NOVOSELOV K, GORBACHEV R, PONOMARENKO L, NOVOSELOV K S