国家/地区 日本（32）
IPC部 B（32）
IPC大类 B05（32） H01（30） C01（26）
B82（22） B32（12） C23（11）
H05（8） C08（7） C09（7）
B01（3） B22（3） C25（3）
C30（3） C03（2） C07（2）
IPC小类 B05D（32）
IPC B05D005/12（32）
发明人 AKSAY I A（2） AKSAY L A（2） CRAIN J M（2）
JANG B Z（2） KORKUT S（2） LETTOW J S（2）
LIU Z（2） MARTENS R（2） MARTENS R I（2）
PRUD H R K（2） PRUD HOMME R K（2） PRUDHOMME R K（2）
ZHAMU A（2） ZHENG M（2）
公开年 2013（8） 2015（5） 2009（4） 2010（3） 2011（3） 2012（3） 2021（2）
申请年 2009（7）  2012（7）  2011（4）  2013（3）  2015（3）  2020（2） 
专利权人 AKSAY I A（2） CRAIN J M（2） EMPIRE TECHN.（2） KORKUT S（2）
LETTOW J S（2） NANOTEK INST.（2） PRUDHOMME R .（2） TE CONNECTIV.（2）
TYCO ELECTRO.（2） UNIV BOARD P.（2） UNIV PRINCET.（2） VORBECK MATE.（2）
WALBECK MATE.（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

Conductive powder used for forming coating material for forming electrode, comprises conductive polymer powder containing (pi)-conjugated conductive polymer and polyanion, and graphene.

MATSUBAYASHI S, TAKEZAWA Y

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

Manufacture of dense layer of electrochemical device, involves providing substrate and suspension of non-agglomerated nanoparticles of material having specific particle size distribution, depositing layer on substrate, drying and densifying.

GABEN F

Alkali metal battery used for e.g. vehicle, comprises anode, cathode, electrolyte, and optional porous separator and anode comprising graphene-metal hybrid foam having multiple pores, pore walls, and lithium or sodium attracting metal.

ZHAMU A, JANG B Z

Method for forming workpiece of e.g. electronic device, involves removing layer of material on top of graphene surface in predetermined pattern, and releasing graphene from catalytic film such that graphene is in form of patterned layer.

JOHNSON A T, GUDIBANDE R R, QI Z J, JOHNSON A, GUDIBANDE R, QI Z

Method for preparing graphene layer of e.g. electronic device, involves heating portion of graphene oxide layer by laser irradiation at specific laser output power, so that portion of graphene oxide is chemically reduced to graphene.

BALKENENDE A R, GIESBERS A J M, VAN DER TEMPEL L

Method for manufacturing transparent conductor in electric devices, involves removing copper support by bringing support into contact with non-acidic copper-etching solution after forming transparent resin layer to expose graphene film.

NAITO K, AKASAKA Y, YANG T, YOSHINAGA N, YANG T Y, AKITA M

Energy device used in supercapacitor application, comprises porous metal substrate, graphene layer deposited onto surface of porous metal substrate, carbon nanotubes, and metal oxide nanostructures.

WANG W, GUO S, OZKAN C S, OZKAN M

Purifying graphene nanoribbons, involves contacting composition comprising graphene nanoribbons and contaminants with liquid medium comprising dispersant, and dispersing nanoribbons in liquid medium and subjecting the dispersion.

HINTERMANN T, SCHWAB M G, CHA K C, WEITZ T, SCHAEFER A, MUELLER I B, WEITZE T, SCHWAB M G S, CHA K C P