国家/地区 西班牙（14）
IPC部 B（14）
IPC大类 B32（14）
IPC小类 B32B（14）
IPC C01B031/04（13） C01B031/02（12） B82Y030/00（11）
B82Y040/00（8） B32B009/00（4） B32B038/10（4）
B82B003/00（4） B32B037/24（3） C01B031/00（3）
C01B032/194（3） C23C016/26（3） H01B001/04（3）
H01L021/02（3） B21B001/40（2） B21B003/00（2）
发明人 CHIBA G（2） CHIBA Y（2） YOSHIHIRO C（2）
公开年 2011（5） 2012（4）
申请年 2012（4）  2011（3）  2010（2） 
专利权人 JX NIPPON MI.（2） NIPPON MININ.（2） NIPPON MININ.（2）

Producing sheets of graphene, hexagonal boron nitride, molybdenum disulfide, tungsten disulfide or sheets of mixtures of same from powder of materials, involves emplacing powder of multilayered material between two solid substrates.

LOPEZ QUINTELA M A, SHMAVON SHMAVONYAN G, VAZQUEZ VAZQUEZ C, QUINTELA M A, SHMAVONYAN G, VAZQUEZ C, LOPEZ Q M A, SHMAVON S G, VAZQUEZ V C

Preparing graphene material involves introducing graphite into sealed chamber for performing mechanical exfoliation, and adding surfactant to obtained material, and then drying obtained material.

LA FUENTE GIMENO M E, MONTERO MARTIN O, GOY LOPEZ S, DURAN PRIETO M T, GARCIA DE LUIS M L, SACRISTAN BENITO M, QUISPE APACLLA C J, MARTIN VELASCO P J, GARCIA CAPAPE J, PASTOR GALIANO E L, MARTIN ROMERO B, DE TERESA NOGUERAS J M, BELLVIS CASTILLO J L C

Transferring graphene films from substrate to another substrate, during manufacturing of e.g. touch display, involve forming material layer on part of surface of first substrate, and attaching second substrate to second surface of layer.

WILLNER B I, WILLNER B

Copper foil for manufacturing graphene, has specified arithmetic mean roughness in rolling parallel direction and rolling perpendicular direction.

CHIBA YOSHIHIRO, CHIBA Y, CHIBA G, YOSHIHIRO C

Method for non-destructively transferring graphene, involves nondestructively combining graphene coated with media with target substrate, and removing media to transfer graphene to target substrate nondestructively.

REN W, GAO L, MA L, CHENG H

Copper foil for manufacturing graphene, has specified sum total of oxides and sulfides having diameter of below preset value before heating under hydrogen and argon-containing atmosphere.

CHIBA Y, YAMAJI T, YOSHIHIRO C, TATSUYA Y, CHIBA G

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

Producing graphene oxide nanoplatelets and derived products, comprises e.g. dosing e.g. a hydrocarbon or mixture of hydrocarbons, placing dosed compounds inside a furnace, and obtaining intermediate material comprising carbon nanofilaments.

MERINO S C, MARTIN G I, VARELA R H, MERINO A M D P, MERINO SANCHEZ C, MARTIN GULLON I, VARELA RIZO H, MERINO AMAYUELAS M D P, RIZZO H V, SANCHEZ C M, OMARYERAS M D P M, GULLION I M

Carbon-film laminate used for graphene-based electronic device, has monocrystal substrate, copper single-crystal thin film epitaxially grown on substrate, and graphene formed on copper single-crystal thin film.

HASEGAWA MASATAKA, ISHIHARA MASATOU, KOGA YOSHINORI, KIM JAEHO, TSUGAWA KAZUO, IIJIMA SUMIO, HASEGAWA M, ISHIHARA M, KOGA Y, KIM J, TSUGAWA K, IIJIMA S, YOSHINORI K, HO K J, KAZUO T, SUMIO I, MASATAKA H, MASATOU I, JAEHO K

Nanocomposite material, useful to produce electronic device and/or structural material, comprises a substrate, optionally functionalized graphene, optional adhesive component to adhere graphene to substrate and an optional protective layer.

KINLOCH I A, YOUNG R J, NOVOSELOV K S