Timothy Lin
SiRF Technology Holdings, Inc.
6 Papers
11 Citations
Timothy Lin is an academic researcher from SiRF Technology Holdings, Inc.. The author has contributed to research in topics: Plasmon & Nanophotonics. The author has an hindex of 5, co-authored 6 publications.
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Papers
Enhanced Spatial Near-infrared Modulation of Graphene-loaded Perfect Absorbers Using Plasmonic Nanoslits
TL;DR: A kind of ultrathin near-infrared perfect absorber with enhanced spatial modulation effects and independence on a wide range of incident angles is designed, attributed to the plasmonic nanoslit mode, in which the optical electric field is highly concentrated in the deep subwavelength scale and the light-graphene interaction is significantly strengthened.
57
Tunable microwave metamaterial absorbers using varactor-loaded split loops
TL;DR: In this paper, the authors combine varactors with split copper loops in a metamaterial absorber in order to obtain an electrically tunable microwave response, which has a compact planar structure and a simplified back feeding network.
23
Simultaneous Fabrication of Two Kinds of Plasmonic Crystals by One Nanoimprint Mold
Jinfeng Zhu,Lirong Zhang,Yanqiang Bai,Hai Liu,Naixing Feng,Jianyang Zhou,Baoqing Zeng,Timothy Lin,Qing Huo Liu +8 more
TL;DR: In this paper, the authors developed an approach to simultaneous fabrication of both a plasmonic nanohole array and a PLASmonic nanoparticle array by only using one solid mold, and demonstrated high efficiencies of light trapping in the visible range and the infrared range, respectively.
12
Ultrathin plasmonic frequency selective surface with subwavelength hole arrays
TL;DR: In this article, a plasmonic frequency selective surface constructed with an ultrathin gold film (∼20 nm) with arrays of subwavelength holes was presented.
1
Large-Scale Uniform Silver Nanocave Array for Visible Light Refractive Index Sensing Using Soft UV Nanoimprint
Jinfeng Zhu,Yanqiang Bai,Lirong Zhang,Zhengyong Song,Hai Liu,Jianyang Zhou,Timothy Lin,Qing Huo Liu +7 more
TL;DR: In this article, a wafer-scale uniform silver nanocave array is fabricated by soft ultraviolet nanoimprint lithography and investigated its plasmonic effects using far-field and near-field experimental approaches and illuminated the physics inside by theoretical analysis and computational simulation.