国家/地区 美国（29）
IPC部 B（29）
IPC大类 B05（29）
IPC小类 B05D（29）
IPC B05D005/12（29）
发明人 LEE D H（3） HAN T H（2） HUANG Y（2）
KIM S O（2） MILLER S A（2） YAGER T A（2）
公开年 2011（8） 2013（6） 2009（4） 2010（3） 2012（3） 2016（2）
申请年 2012（7）  2011（6）  2009（5）  2010（5）  2008（2）  2015（2） 
专利权人 EMPIRE TECHN.（3） KOREA ADV IN.（2） KOREA ADVANC.（2） SAMSUNG ELEC.（2）
UNIV NORTHWE.（2）

Coating substrate by depositing a conductive layer comprising electrically conductive material over substrate, where conductive layer has specific resistivity, and depositing anti-icing layer comprising nanomaterials over conductive layer to form coating system.

KINLEN P J, PRIFTIS D

Coating insulation component in high temperature, high voltage and/or corrosive environments, by applying coating of heat processing composition of crosslinkable aromatic polymer to exterior surface of insulation component and crosslinking.

DRAKE K A, SONG L, GAVLIK R, GABRIEL R

Method for preparing graphene conductive film for flexible touch device, involves growing graphene layer on metal-catalyzed base, and coating polyamic acid solution layer on graphene layer, where polyimide film is formed by thermal curing.

DI Y

System used to at least partially alter defect area in layer of graphene, on substrate, comprises chamber to receive layer including some graphene and defect areas in graphene, and container to e.g. react substrate to produce cationic area.

MILLER S A, YAGER T A

Electrochemical energy conversion and storage device e.g. battery, comprises pair of current collectors, graphene film as anti-corrosion protective layer, on current collectors, and electrolyte between current collectors.

LIN Y, ZHAO X

Composite structure, useful for a transparent electrode in display panels of mobile phones and tablet personal computers, comprises nanofiber substrate, graphene layer disposed on a surface of a net structure and organic compound.

MA C M, HUANG Y, YANG S, TIEN H, MA M C, WANG N

Forming metal nanoparticle-graphene composite useful for field emission device involves providing functionalized hydrogen exfoliated wrinkled graphene substrate; and dispersing metal nanoparticles on first major surface of substrate.

RAMAPRABHU S, BABY T T

Manufacturing electrical conductor, comprises providing substrate layer, depositing surface layer on substrate layer, and depositing graphene layer on substrate layer.

SULLIVAN M M E, HILTY R D, MARTENS R I, ZHENG M, HEMOND J H B, LIU Z, SULLIVAN MALERVY M E, SULLIVAN MALERVY M, HILTY R, MARTENS R, HEMOND J, SULLIVANMALERVY M E

Forming cleaned nanotube-graphene hybrid thin film on a substrate, comprises depositing the nanotube thin-film over a substrate to produce a layer of nanotube thin-film, and removing impurities from surface of layer of nanotube thin-film.

BOL A A, CHANDRA B, KASRY A, MAAROUF A, MARTYNA G J, TULEVSKI G S

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