国家/地区 China（12）
关键词 GRAPHENE（9） EQUIVALENT CIRCUIT（2） EQUIVALENT CIRCUIT .（2）
SURFACE PLASMON（2）
出版物 OPTICS COMMUNICATIO.（3） OPTOELECTRONICS ADV.（2）
出版时间 2015（3） 2020（3） 2017（2） 2019（2）
机构 CHINA JILIANG UNIV（12）
作者 XIAO BG（12）

A compact graphene metamaterial based on electromagnetically induced transparency effect

OPTICS COMMUNICATIONS

CAI WJ, XIAO BG, YU JB, XIAO LH

Tunable plasmon induced transparency in graphene metamaterials with ring-semiring pair coupling structures

APPLIED OPTICS

XIAO BG, ZHU JF, XIAO LH

Novel tunable graphene-encoded metasurfaces on an uneven substrate for beam-steering in far-field at the terahertz frequencies

OPTICS EXPRESS

XIAO BG, ZHANG Y, TONG SJ, YU JB, XIAO LH

High-modulation depth modulator based on double-layer graphene with a low bias voltage

MICRO NANO LETTERS

ZHOU DP, XIAO BG, XIAO LH, GUO FL, WANG XM

Hybridization-induced dual-band tunable graphene metamaterials for sensing

OPTICAL MATERIALS EXPRESS

GONG SK, XIAO BG, XIAO LH, TONG SJ, XIAO SS, WANG XM

A high-performance terahertz modulator based on double-layer graphene

OPTICS COMMUNICATIONS

ZHOU DP, XIAO LH, XIAO BG, GUO FL, YU XT, LING H, XU ZY

Effects of plasmons in electric biased graphene

OPTOELECTRONICS ADVANCED MATERIALSRAPID COMMUNICATIONS

XIAO BG, SUN RL, XIE ZY, ZHANG DP

Absorption enhancement in graphene with an efficient resonator

OPTICAL QUANTUM ELECTRONICS

XIAO BG, GU MY, QIN K, XIAO SS

A Faraday isolator based on graphene

OPTIK

XIAO BG, SUN RL, XIE ZY, KONG S, WANG XM

Metal-loaded graphene surface plasmon waveguides working in the terahertz regime

OPTICS COMMUNICATIONS

XIAO BG, QIN K, XIAO SS, HAN ZH