国家/地区 韩国（11） 美国（6） 世界知识产权组织（5） 中国（3） 欧洲专利局（EPO）（3） 日本（2）
IPC部 H（8） B（7） C（7）
G（2）
IPC大类 H01（8） B82（6） C01（5）
C09（3） C08（2） G01（2）
IPC小类 C01B（5） B82Y（4） H01L（4）
B82B（3） H01B（3） C08K（2）
C08L（2） C09K（2） H01G（2）
H01M（2）
IPC B82Y030/00（4） B82B003/00（3） C01B031/02（3）
B82B001/00（2） B82Y040/00（2） C01B031/04（2）
C08K003/04（2） H01B001/04（2） H01G011/22（2）
H01L021/283（2） H01M004/583（2） H01M004/62（2）
发明人 KIM J E（11）
公开年 2011（5）
申请年 2010（5）  2014（2） 
专利权人 KOREA ADV IN.（3） ELECTRONICS .（2） HAN T H（2） KIM J E（2）
KIM S O（2） KOREA ADVANC.（2） SAMSUNG ELEC.（2） SUH K S（2）

Insulation sheet for structure, consists of graphite sheet as thermal insulation component, metal substrate capable of forming hot spot, component having adhesive layer attached to surface of thermal insulation component, and protection component provided on surface of thermal insulation component.

SEO I Y, SON D W, SEO J H, KIM J E, KIM J S, KIM J

Preparation of carbon nanotube fibers used in e.g. production of transparent conductive film, involves preparing carbon nanotube aggregate from carbon source in presence of catalyst, contacting aggregate with graphene oxide, and fiberizing.

OH E G, KIM J E, LEE M J, LEE J H, KIM J H, KWON W J, LEE W J, LEE J K, OH E, KIM J, LEE M, LEE J, KWON W, LEE W

Method for manufacturing optical transmitting integrated module by using phosphorus graphene protection copper, involves fixing vertical cavity surface emitting laser chip in vicinity of surface plasmon grating pattern.

JEON E K, LEE J J, KANG H S, KIM D S, KIM J E, LIM K S, HEO Y S, YU H Y, KIM Y S

Method of fabricating graphene nano device, involves placing first metal mask pattern prepared in advance on first adhesive layer and heating layer to attach first metal mask pattern on substrate.

JEON E K, KANG H S, LIM K, PARK H J, KIM K, KIM J E, KIM Y S, HEO Y S, LIM K S, KIM K S

Making nanostructure involves forming graphene layer, forming block copolymer template layer on graphene layer and precursor pattern of metal coupled to block copolymer template layer, and forming metal nanopattern on graphene layer.

KIM U, KIM J, ROH Y, PARK S, PARK Y, YOO S, LEE C, LEE J, CHEON S, KIM U J, KIM J E, ROH Y G, PARK S J, PARK Y S, YOO S M, LEE C W, LEE J S, CHEON S M

Graphene transfer method involves forming graphene on substrate, coating mixture containing polystyrene and solvent on the graphene, forming protective layer, and removing substrate and protective layer.

KIM U J, HUR J H, KIM J E, ROH Y G, PARK Y S, LEE C W, LEE J S, CHEON S M

Graphene composition having liquid crystalline properties, useful in liquid crystal nanocomposite, liquid crystal polymer nanocomposite, energy storage materials and photonics, comprises specific amount of graphene (e.g. graphite).

KIM S O, KIM J E, HAN T H, LEE S H, KIM J Y

Method for manufacturing e.g. graphene antidot lattice that is utilized for device fabrication, involves forming self-assembled nanostructure, and etching graphene thin film from nanostructure, where graphene thin film is utilized as mask.

KIM S O, KIM J Y, CHOI S Y, KIM J E, JEONG S J, HAN T H

Electrochemical device e.g. fuel cell, has electrode formed using graphene/ionic-liquid polymer composite in which ionic-liquid polymers are bonded to surface of graphene.

SUH K S, KIM J E, KIM T Y, KIM J, KIM T

Graphene dispersion used for manufacturing graphene-ionic liquid polymer composite, comprises graphite dispersed in ionic liquid.

SUH K S, KIM J E, KIM T Y, KIM J, KIM T