国家/地区 韩国（13）
IPC部 B（13）
IPC大类 B05（13） H01（10） C01（9）
B32（8） B82（8） C08（4）
C03（2） C09（2） C23（2）
C30（2）
IPC小类 B05D（13）
IPC C01B031/04（9） B82Y030/00（8） C01B031/02（8）
B82Y040/00（7） B05D005/00（5） B05D005/12（4）
C08K003/04（4） H01B001/04（4） B05D003/02（3）
B32B009/00（3） B32B009/04（3） H01B001/24（3）
H01B013/00（3） H01M010/052（3） B05D007/00（2）
发明人 AKSAY I（2） AKSAY I A（2） LIU J（2）
SEUNG H H（2） WANG D（2）
公开年 2009（5） 2010（4） 2011（4）
申请年 2009（13）
专利权人 AKSAY I A（2） BATTELLE MEM.（2） KOREA INST C.（2） LIU J（2）
UNIV PRINCET.（2） UNIV PRINCET.（2） WANG D（2）

Graphene coating material manufacturing method, involves coating e.g. dip coating, film on base material, compressing coating film in base material, implementing graphene in polymer binder, and applying liquid phase object on graphene.

SEUNG H H, SEONG H C, HYE M J, JEE Y H

Composite material, useful for producing graphene layers material, comprises a layered double hydroxide or a layered silicate and a polyacrylonitrile, which is at least partially decomposed to graphene layers.

WOLF A, LOLLI G, MLECZKO L, SCHLUETER O F, SCHLUETER O F K, SCHLUTER O F

Method of coating of graphene oxide for e.g. radiating unit, involves coating graphene oxide solution on surface of material, drying and heat treating coated solution to form graphene thin film.

GO Y M, SEUNG H H

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

Producing e.g. multi-graphene dispersion, useful as electrode material in lithium ion battery, comprises dispersing graphite oxide in dispersion medium to form multi-graphene oxide dispersion, and thermally reducing the oxide in dispersion.

NESPER R, TOMMY K, NESEUPEO R, TOMI K, NIRSBOR R, NISPORRE R, KASPAR T

Electroconductive particle comprising a polymer microparticle and graphene coating layer grafted on the polymer microparticle, useful in anisotropic conductive film for packaging electronic devices.

LEE S, KIM K, LIM S H, PARK M, KIM J K, KIM H, LEE H, KIM G, IM S, KIM J, KIM K H, KIM H S, YI S S, I H J, SU LEE S, SUK KIM H, JEONG LEE H, GYEONG KIM J, HO IM S, LEE S S

Nanocomposite material for energy storage device, i.e. double layer ultracapacitor, battery or supercapacitor includes mesoporous metal oxide bonded to graphene layer.

AKSAY I A, JUN L, KOU R, WANG D, LIU J, AKSAY I

Nanocomposite material useful in energy storage device such as electrochemical device and lithium ion battery, comprises metal oxide bonded to graphene layer.

AKSAY I A, CHOI D, LIU J, WANG D, YANG Z, AKSAY I, GRAFF G L, NIE Z, VISWANATHAN V V, ZHANG J, XU W, KIM J Y

Making optically transparent electrically conductive nanostructure film comprises coating dispersion/solution of nanostructure selected from carbon nanotube, fullerenes, graphene flake/sheets on substrate; washing and drying.

DRZAIC P, HUANG T, HU L, IRVIN G, LADOUS C, PARK Y, OWEN G

Method for manufacturing article comprising ultra-thin sheet e.g. graphene sheet, involves securing lateral regions of ultra-thin sheet by support material and removing substrate from article.

BLAKE P, BOOTH T J, PITEO B, TIMOSSI JON B