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Dive into the research topics where Yang Hongyan is active.

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Featured researches published by Yang Hongyan.


Journal of Semiconductors | 2011

The effect of array periodicity on the filtering characteristics of metal/dielectric photonic crystals

Xiao Gongli; Yang Hongyan

We present a both theoretical and experimental investigation into the effect of array periodicity on the filtering characteristics of metal/dielectric photonic crystals (MDPhCs) with hexagonal arrays of subwavelength holes in gold/silicon dioxide films, varying the array periodicity from 6 to 8 ?m every 1 ?m while the ratio of hole radius to array periodicity is kept constant (1/4). The results indicate that the reflectance spectrum is highly dependent on the array periodicity. When the array periodicity increases, the reflectance spectrum exhibits a large redshift regularly. The finite difference time domain (FDTD) simulations agree well with the experimental results. By analyzing the relationship between the position of the reflectance minimum and the array periodicity, we find that the filtering characteristics of MDPhCs have an almost linear relationship with the array periodicity under the conditions of keeping the same ratio of hole radius to array periodicity (1/4). This finding provides an effective way to control the filtering characteristics of MDPhCs, which have potential applications in optical filters, plasmonic thermal emitters and so on.


Journal of Semiconductors | 2013

A low noise multi-channel readout IC for X-ray cargo inspection

Wang Xu; Yang Hongyan; Yuan Ying; Wu Wuchen

A low noise multi-channel readout integrated circuit (IC) which converts a detector current to analog voltage for X-ray cargo inspection is described. The readout IC provides 32 channels of a circuit having a maximum dynamic range of 15 bit and is comprised of integrator gain selection, timing generator, shift register chain, integrator array, sample/hold (S/H) stage amplifier etc. It was fabricated using 0.6 μm standard CMOS process, and occupies a die area of 2.7 × 13.9 mm2. It operates at 1 MHz, consumes 100 mW from a 5 V supply and 4.096 V as reference, and has a measured output noise of 85 μ Vrms on 63 pF of integrator gain capacitance and 440 pF of photodiode terminal capacitance so that steel plate penetration thickness can reach more than 400 mm.


Journal of Semiconductors | 2012

Significantly enhanced transmission achieved with double-layered metallic aperture arrays with sub-skin-depth Ag film

Xiao Gongli; Yang Hongyan

We present both theoretical and experimental investigation on significantly enhanced transmission through (Ag/Au) double-layered metallic aperture arrays with sub-skin-depth Ag film due to the coupling role of a surface plasmon polariton at the Ag/Au interface by evanescent waves. The results indicate that the enhanced transmittance is highly dependent on the Ag film thickness. When the Ag film thickness increases, the peak transmittance firstly increases and then decreases. Moreover, other metal material properties are also discussed. The highest peak transmittance is obtained when the Ag film thickness is 4 nm. The finite-difference time-domain simulations agree well with the experimental results. This finding provides an effective way to control the enhanced transmission for double-layered metallic aperture arrays, which has potential applications in designing a high-performance plasmonic thermal emitter.


Chinese Physics Letters | 2012

Enhanced Light Narrow Transmission through Cascaded Metallic Structure with Periodic Aperture Arrays

Yang Hongyan; Zhong Yanru; Xiao Gongli; Zhang Zhenrong

We present experimental and numerical studies on the enhanced light narrow transmission through cascaded Au/SiOxNy/Au aperture arrays by varying the refractive index and thickness of SiOxNy. It is found that the enhancement as well as narrowing of the optical transmission originates from the coupling role of surface plasmon polaritons. The results indicate that the transmission enhancement is highly dependent on the refractive index and thickness of SiOxNy. A higher transmission efficiency and narrower peak are obtained in Au/SiO2.1N0.3/Au structure with a small refractive index (1.6) and thin thickness (0.2 μm).


Archive | 2015

Embedded rectangle chamber mirror symmetry wedge metal slit array equal from excimer wave filter

Xiao Gongli; Zheng Long; Yang Hongyan; Wang Hongqing; Deng Jinli


Archive | 2015

Embedded metal cylindrical hole array periodic structure equal from excimer wave filter

Xiao Gongli; Wang Hongqing; Yang Hongyan; Zheng Long; Deng Jinli


Archive | 2017

When from excimer waveguide bandpass filter

Xiao Gongli; Liu Xiaogang; Yang Hongyan; Wei Qingchen; Xu Junlin; Liu Li; Zheng Long; Wang Hongqing; Li Haiou; Li Qi


Archive | 2017

Plasma curved waveguide filter based on microcavity coupling structure

Xiao Gongli; Liu Li; Wang Hongqing; Liu Xiaogang; Zheng Long; Yang Hongyan; Li Haiou; Li Qi; Jiang Xingguo


Archive | 2017

Plasma optical fiber sensor having metal rectangular slit array structure and based on double transmission peaks

Xiao Gongli; Wei Qingchen; Yang Hongyan; Xu Junlin; Liu Xiaogang; Liu Li; Li Haiou; Li Qi; Zhang Fabi; Jiang Xingguo; Fu Tao


Archive | 2016

Metal hole array structure's is equal from excimer optical fiber sensor

Xiao Gongli; Liu Xiaogang; Liu Li; Yang Hongyan; Wang Hongqing; Zheng Long; Li Haiou; Li Qi; Yue Hongwei

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Xiao Gongli

Guilin University of Electronic Technology

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Li Qi

Guilin University of Electronic Technology

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Li Haiou

Guilin University of Electronic Technology

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Wu Wuchen

Beijing University of Technology

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Zhang Fabi

Guilin University of Electronic Technology

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Zhong Yanru

Guilin University of Electronic Technology

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