国家/地区 中国（12）
IPC部 G（8） H（3）
IPC大类 G01（4） G02（4） H01（3）
IPC小类 G01N（4） G02F（3） G02B（2）
H01L（2）
IPC G02F001/015（3） G01N021/35（2） G02B005/00（2）
H01L031/0236（2） H01L031/101（2） H01L031/18（2）
发明人 HU H（12）
公开年 2018（4） 2016（3） 2022（3）
申请年 2018（4）  2015（3）  2019（2）  2022（2） 
专利权人 NAT CENT NANOSCIENCE TECHNOLOGY CHINA（12）

Performing phase modulation method based on phonon polariton involves using scattered light or infrared light irradiation as incident light to irradiate metal antenna to excite molybdenum oxide layer to derive molybdenum oxide phonon polaritons, and adjusting chemical doping time of graphene strip.

TENG H, CHEN N, HU H, DAI Q

Van der Waals heterojunction negative refraction focusing device, comprises base layer, molybdenum oxide layer, graphene layer and metal antenna that are sequentially arranged from bottom to top, where metal antenna is arranged on molybdenum oxide layer and graphene layer.

TENG H, CHEN N, HU H, DAI Q

Graphene molybdenum oxide heterojunction polarization excimer wavefront control device for transmission of in-plane wave, has graphene covering layer, molybdenum oxide thin layer and substrate layer which are sequentially arranged, and metal antenna that is arranged on graphene covering layer.

QU Y, CHEN N, TENG H, HU H, DAI Q

Graphene plasmonic component for all-optical modulation, has periodic nanostructure that is provided with graphene/TMD heterojunction which is formed between graphene thin film layer providing Fermi energy and TMD thin film layer.

DAI Q, GUO X, YANG X, LIU R, HU D, HU H, WU C, LUO C

Regulating reflectance of graphene plasmons comprises controlling the geometry of the graphene layer or by changing the refractive index of the material of the substrate layer disposed on the boundary below the graphene layer.

DAI Q, HU H, HU D, YANG X, GUO X

Graphene plasmon gas sensor, has graphene layer whose two ends are respectively fixed on two metal electrodes, continuous longitudinal section formed as step-shape structure, and cover plate placed on graphene vibration element.

DAI Q, YANG X, HU H, GUO X, HU D

Graphene plasma exciting component for enhancing infrared signal, has substrate, grating layer, and graphene film that are arranged together to form micro flow channel, where micro channel is filled with biological and chemical solution.

DAI Q, LIU N, YANG X, GUO X, HU H

Suspended graphene propagating plasmon waveguide device, comprises substrate, graphene layer and electrode, where electrode arranged in order from bottom to top.

DAI Q, HU H, YANG X, HU D, LIU M, GUO X

Flexible graphene plasma exciting component, comprises orderly from up to down flexible substrate, graphene layer, source electrode, drain electrode metal layer and dielectric layer, where graphene layer is covered on flexible substrate.

DAI Q, HU H, YANG X, GUO X, HU D

Method for detecting in-situ electrical graphene background deduction, involves producing plasmon enhancement components and infrared detection device, overlying graphene layer on dielectric layer, followed by determining.

BAI B, DAI Q, HU D, HU H, YANG X, LIU R