Chenguang Xin (0000-0001-9489-4452)

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Dr. Xin got his PhD degree of optical engineering in Zhejiang University, and now is an associate professor in School of Instrument and Electronics, North University of China. He is also the director of Research Center of Silicon-based Photonics. The research interests include: 1) high-precision motion sensors based on micro-/nanogratings; 2) nanowire-based hybrid integrated nanophotonic devices. He has published around 20 papers in journals including Nano Letters、Optics Express、Crystal Growth&Design、Sensors, and more than 20 China national invention patents. In past years, he has been working as reviewer for journals including Optics Express、Remote Sensing、Sensors、Applied Optics.

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North University of China: Taiyuan, Shanxi, CN

2019-01-01 to present | Associate Professor (School of Instrument and Electronics)

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Chenguang Xin

https://orcid.org/0000-0001-9489-4452

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Employment (1)

North University of China: Taiyuan, Shanxi, CN

Education and qualifications (2)

Zhejiang University: Hangzhou, Zhejiang, CN

Zhejiang University: Hangzhou, Zhejiang, CN

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基于纳米点阵光栅自成像的空间光场可控构造理论与多维精密测量方法研究

碲化镉-硅片上混合集成超连续谱光源光学绝热耦合机理研究

Works (23)

Tunable Color Emissions in a Single CdTe Nanowire Based on Complex Optical Transverse Nonlinear Effects

Micro-Opto-Electro-Mechanical Systems for High-Precision Displacement Sensing: A Review

Micro-Opto-Electro-Mechanical Systems for High-Precision Displacement Sensing: A Review

3DOF displacement sensor based on the self-imaging effect of optical micro-gratings

Design and simulation of a waveguiding MOEMS gyroscope with ultrawide optical bandwidth based on tunable cascaded Fabry–Perot cavities

Combined Displacement and Angle Sensor with Ultra-High Compactness Based on Self-Imaging Effect of Optical Microgratings

Combined Displacement and Angle Sensor with Ultrahigh Compactness Based on Self-imaging Effect of Optical Microgratings

On‐chip terahertz whispering gallery mode resonator with high‐Q based on multislot waveguide

An Ultracompact Angular Displacement Sensor Based on the Talbot Effect of Optical Microgratings

Ultracompact single-layer optical MEMS accelerometer based on evanescent coupling through silicon nanowaveguides

Out-of-plane displacement sensor based on the Talbot effect in angular-modulated double-layer optical gratings

Ultra-compact displacement and vibration sensor with a sub-nanometric resolution based on Talbot effect of optical microgratings

Dislocation-Driven Growth of Optical Waveguiding CdTe Nano-/Microwires

High-precision micro-displacement sensor based on tunnel magneto-resistance effect

In-situ modal inspection based on transverse second harmonic generation in single CdS nanobelt

Single-detecting-path high-resolution displacement sensor based onself-interference effect of a single submicrometer grating

Micro-opto-electro-mechanical gyroscope based on the Talbot effect of a single-layer near-field diffraction grating

Large-scale range diffraction grating displacement sensor based on polarization phase-shifting

High-precision microdisplacement sensor based on zeroth-order diffraction using a single-layer optical grating

Self-phase modulation in single CdTe nanowires

CdTe microwires as mid-infrared optical waveguides

Flexible integration of free-standing nanowires into silicon photonics

Single CdTe Nanowire Optical Correlator for Femtojoule Pulses