国家/地区 美国（42）
IPC部 C（42） B（19） H（19）
G（3）
IPC大类 C01（42） H01（18） B82（12）
C08（9） B01（6） C07（5）
C09（5） C23（5） C25（4）
B81（2） G01（2） H05（2）
IPC小类 C01B（42） B82Y（12） H01M（11）
C08K（7） C08L（6） H01L（6）
B01J（5） C07F（5） C23C（5）
H01G（5） C08F（4） C08J（3）
C09K（3） C25D（3） B81C（2）
IPC C01B032/194（42）
发明人 JANG B Z（3） ZHAMU A（3） KADOMA H（2）
KAWASAKI M（2） KWON W（2） KWON W J（2）
LIN Y（2） MOMMA H（2） OGUNI T（2）
SEO S（2） SEO T（2） TAMAKI E（2）
公开年 2017（22） 2018（20）
申请年 2017（42）
专利权人 NANOTEK INST.（3） SEMICONDUCTO.（3） LG CHEM LTD（2） TORAY IND IN.（2）

Producing graphene from microwave-expandable un-exfoliated graphite or graphitic carbon comprises e.g. supplying and feeding powder of microwave-expandable un-exfoliated graphite or graphitic carbon onto non-metallic solid substrate surface.

LIN Y, ZHAMU A, JANG B Z

Graphene wiring structure for use in semiconductor device, has multilayer graphene formed on insulating film, where average particle diameter of graphene crystals is larger than width of multilayer graphene.

MIYAZAKI H, SAKAI T, NISHIDA Y, YOSHIDA T, YAMAZAKI Y, KATAGIRI M, SAKUMA N, SAKUMA H

Making highly oriented graphene film used in smart phone comprises dispensing and depositing pristine graphene dispersion with oxygen-free pristine graphene sheets dispersed in fluid medium, slicing layer of dried graphene and heat-treating.

ZHAMU A, JANG B Z, WANG Y, FU L

Cathode or positive electrode layer for e.g. lithium-ion battery utilized in smart phones, has pores lodged with cathode active material particle, where graphene foam is elastic to accommodate volume expansion and shrinkage of particle.

ZHAMU A, JANG B Z, ZHANG B

Method for forming graphene membrane component for microphone, involves performing energy of adhesion between adhesive layer and graphene membrane which is greater than energy of adhesion between bulk region and graphene membrane.

RUHL G, KOENIG M, RUHR G

Preparation of graphene thermally conductive film involves coating slurry prepared by dissolving graphene oxide powder in solvent, and defoaming resultant, on substrate, drying, winding, trimming, heating, cooling, and vacuum rolling.

ZHOU B, ZHOU R, LI F, LU J

Manufacture of functionalized graphene involves mixing graphene, and double-bond bearing salt, and heat treating mixture.

LEE M J, KWON W J, JUN G H, IYIO J Y, LEE Y R, BYEON J Y, LEE M, KWON W, JUN G, BYEON J, LEE Y, JI Y

Release of graphene layer from template substrate, for e.g. circuits, involves soaking graphene layer and template substrate in water such that water is intercalated between substrate and layer, and subjecting to delamination process.

BREMS S, HUYGHEBAERT C, VERGUTS K, DE GENDT S

Manufacturing artificial graphite involves placing graphene film on surface of base, placing graphene film/base composite structure in reaction chamber and graphitizing carbon layer/graphene film/base composite structure in inert gas.

LIU P, ZHAO W, WANG J, JIANG K, FAN S

Making porous graphene membrane comprises oxidizing surface of multilayer graphene, reducing oxidized surface to carry out reductive etching, and repeatedly performing series of the above steps twice until nanopores are formed in graphene.

JHON Y M, JHON Y I, LEE S, YOUNG I J, IN J Y