国家/地区 美国（18） 中国（5） 德国（4） 台湾（3） 世界知识产权组织（3） 英国（2）
IPC部 H（18） B（11） G（6）
IPC大类 H01（17） B82（10） G01（4）
H05（3） B32（2） G02（2）
IPC小类 H01L（15） B82Y（10） G01N（4）
H05K（3） B32B（2） G02B（2）
H01Q（2）
IPC B82Y040/00（7） H01L021/02（6） H01L021/04（6）
H01L021/336（6） H01L029/16（5） G01N021/552（4）
B82Y099/00（3） H01L021/28（3） H01L029/06（3）
H01L029/78（3） H05K009/00（3） B82Y010/00（2）
G01N021/75（2） H01L021/31（2） H01L021/56（2）
发明人 AVOURIS P（18）
公开年 2013（7） 2012（4） 2016（3） 2015（2）
申请年 2012（7）  2011（3）  2016（3）  2013（2）  2014（2） 
专利权人 INT BUSINESS.（18） AVOURIS P（2） GLOBALFOUNDR.（2） KARLSRUHE IN.（2）
TAIWAN BLUES.（2）

Testing apparatus has light source which is adjacent to first side of graphene-based SPR sensor proximal to graphene, and detector which is adjacent to second side of graphene-based SPR sensor proximal to conductive layer.

AVOURIS P, FARMER D B, LI Y, YAN H

Method for forming graphene-based surface plasmon resonance sensor for analyzing chemical samples, involves depositing bulk graphene onto corrugate surface of dielectric layer, where surface of dielectric layer provides periodic regions.

AVOURIS P, FARMER D B, LI Y, YAN H

Method for analyzing e.g. biological sample using graphene-based plasmon resonance sensor, involves detecting intensity of light passed through sample and resonance sensor, where intensity of light represents molecular property of sample.

AVOURIS P, FARMER D B, LI Y, YAN H

Formation method for graphene-based surface plasmon resonance sensor (SPR) involves patterning graphene into predetermined number of evenly spaced graphene strips.

AVOURIS P, FARMER D B, LI Y, YAN H

Carbon nanotube semiconductor device, has graphene electrode formed on surface of substrate such that electrically insulating portion is interposed between bulk portion of substrate and graphene electrode.

AVOURIS P, DIMITRAKOPOULOS C, FARMER D B, STEINER M B, ENGEL M, KRUPKE R, LIN Y

Carbon nanotube manufacturing method e.g. for nanotube-based transistor, involves aligning carbon nanotubes between graphene electrodes in direction parallel with electric field generated across graphene electrodes.

AVOURIS P, DIMITRAKOPOULOS C, FARMER D B, STEINER M B, ENGEL M, KRUPKE R, LIN Y

Removable structure for absorbing broadband electromagnetic radiation in microwave and terahertz frequencies to cloak object, has graphene sheets provided on or about object, and dielectric layer placed intermediate graphene sheets.

AVOURIS P, GARCIA A V, SUNG C, XIA F, YAN H

Structure useful to shield electromagnetic disorders for shielding electromagnetic radiation, comprises thin layer of graphene and flexible substrate, in which thin layer of graphene is applied on flexible substrate and is doped with dopant.

AVOURIS P, GARCIA A V, SUNG C, XIA F, YAN H

Method for cloaking object by absorbing electromagnetic radiation at microwave and terahertz frequencies, involves placing layers of graphene sheet and transparent dielectric layer on or about object, and absorbing portion of frequencies.

AVOURIS P, GARCIA A V, SUNG C, XIA F, YAN H

Graphene transistor device for graphene transistor system has interface that maintains consistent degree of electrical conductivity between graphene layer and source and drain electrodes.

AFZALIARDAKANI A, AVOURIS P, FARMER D B, LIN Y, ZHU Y