国家/地区 China（44）
关键词 GRAPHENE（18） BIOSENSOR（6） SURFACE PLASMON RES.（5）
GOOSHANCHEN SHIFT（3） GROUP DELAY（3） SURFACE PLASMON（3）
SURFACE PLASMON POL.（3） MOS2（2） OTTO CONFIGURATION（2）
STRONG COUPLING（2）
出版物 IEEE PHOTONICS JOUR.（7） OPTICS EXPRESS（6） PLASMONICS（3）
CHINESE PHYSICS B（2） IEEE SENSORS JOURNA.（2） JOURNAL OF APPLIED .（2）
OPTICAL MATERIALS E.（2） OPTIK（2） RESULTS IN PHYSICS（2）
SCIENTIFIC REPORTS（2） SENSORS ACTUATORS B.（2）
出版时间 2017（11） 2018（11） 2019（7） 2016（6） 2015（5） 2014（3）
机构 SHENZHEN UNIV（44）
作者 DAI XY（44）

Selective excitation of multipolar surface plasmon in a graphene-coated dielectric particle by Laguerre Gaussian beam

CHINESE PHYSICS B

YANG Y, ZHANG GH, DAI XY

Tunable mid-infrared perfect absorber based on the critical coupling of graphene and black phosphorus nanoribbons

RESULTS IN PHYSICS

LI ZF, RUAN BX, ZHU JQ, GUO J, DAI XY, XIANG YJ

Tunable reflected group delay from the graphene/hBN heterostructure at infrared frequencies

RESULTS IN PHYSICS

ZHENG ZW, LU FY, DAI XY

Enhanced and controllable Goos-Hanchen shift with graphene surface plasmon in the terahertz regime

OPTICS COMMUNICATIONS

ZHENG ZW, LU FY, JIANG LY, JIN XL, DAI XY, XIANG YJ

High Figure of Merit Lossy Mode Resonance Sensor with Graphene

PLASMONICS

ZHAO YT, WU LM, GAN SW, RUAN BX, ZHU JQ, DAI XY, XIANG YJ

Manipulating optical Tamm state in the terahertz frequency range with graphene

CHINESE OPTICS LETTERS

JIANG LY, TANG J, WANG QK, WU YX, ZHENG ZW, XIANG YJ, DAI XY

Spatial self-phase modulation and all-optical switching of graphene oxide dispersions

JOURNAL OF ALLOYS COMPOUNDS

SHAN YX, TANG J, WU LM, LU SB, DAI XY, XIANG YJ

Graphene Tamm plasmon-induced low-threshold optical bistability at terahertz frequencies

OPTICAL MATERIALS EXPRESS

JIANG LY, TANG J, XU J, ZHENG ZW, DONG J, GUO J, QIAN SY, DAI XY, XIANG YJ

Magneto-optical control of Imbert-Fedorov shifts of a light beam reflected from interfaced monolayer graphene

JOURNAL OF THE OPTICAL SOCIETY OF AMERICA BOPTICAL PHYSICS

LUO CY, WANG ZT, DAI XY, XIANG YJ

Giant and controllable Goos-Hanchen shifts based on surface plasmon resonance with graphene-MoS2 heterostructure

OPTICAL MATERIALS EXPRESS

YOU Q, SHAN YX, GAN SW, ZHAO YT, DAI XY, XIANG YJ