Mr. ZeLin Yin Profile

ZeLin Yin

at Beijing Jiaotong Univ

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Author

Publications (3)

Proceedings Article | 20 December 2013 Paper

An all-fiber partial discharge monitoring system based on both intrinsic fiber optic interferometry sensor and fluorescent fiber

Zelin Yin, Ruirui Zhang, Jie Tong, Xi Chen

Proceedings Volume 9044, 904414 (2013) https://doi.org/10.1117/12.2037299

KEYWORDS: Sensors, Fiber optics sensors, Palladium, Signal detection, Transformers, Fiber Bragg gratings, Luminescence, Dielectrics, Ultrasonics, Acoustics

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Partial discharges (PDs) are an electrical phenomenon that occurs within a transformer whenever the voltage stress is sufficient to produce ionization in voids or inclusions within a solid dielectric, at conductor/dielectric interfaces, or in bubbles within liquid dielectrics such as oil; high-frequency transient current discharges will then appear repeatedly and will progressively deteriorate the insulation, ultimately leading to breakdown. Fiber sensor has great potential on the partial discharge detection in high-voltage equipment for its immunity to electromagnetic interference and it can take direct measurement in the high voltage equipment. The energy released in PDs produces a number of effects, resulting in flash, chemical and structural changes and electromagnetic emissions and so on. Acoustic PD detection is based on the mechanical pressure wave emitted from the discharge and fluorescent fiber PD detection is based on the emitted light produced by ionization, excitation and recombination processes during the discharge. Both of the two methods have the shortage of weak anti-interference capacity in the physical environment, like thunder or other sound source. In order to avoid the false report, an all-fiber combined PD detection system of the two methods is developed in this paper. In the system the fluorescent fiber PD sensor is considered as a reference signal, three F-P based PD detection sensors are used to both monitor the PD intensity and calculate the exact position of the discharge source. Considering the wave band of the F-P cavity and the fluorescent probe are quite different, the reflection spectrum of the F-P cavity is in the infrared region, however the fluorescent probe is about 600nm to 700nm, thus the F-P sensor and fluorescent fiber probe can be connected in one fiber and the reflection light can be detected by two different detectors without mutual interference. The all-fiber partial discharge monitoring system not only can detect the PDs but also can ensure the position of the PD source and is of great anti-interference capacity in harsh environment.

Proceedings Article | 29 August 2013 Paper

Strain monitoring of railway based on fiber Bragg grating sensors

Pengfei Wang, Dawei He, Yongsheng Wang, Tao Wang, Yu Quan, Zelin Yin

Proceedings Volume 8914, 89140C (2013) https://doi.org/10.1117/12.2032486

KEYWORDS: Fiber Bragg gratings, Sensors, Sensing systems, Fiber optics sensors, Safety, Temperature sensors, Signal detection, Analytical research, Structural health monitoring, Signal analyzers

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Proceedings Article | 29 August 2013 Paper

Low-temperature nonlinear effect of fiber Bragg gratings

Zelin Yin, Dawei He, Yongsheng Wang, Tao Wang, Yu Quan, Pengfei Wang

Proceedings Volume 8914, 891403 (2013) https://doi.org/10.1117/12.2030722

KEYWORDS: Fiber Bragg gratings, Temperature metrology, Thermal optics, Refractive index, Optical fibers, Silica, Sensors, Fiber optics sensors, Doping, Precision measurement

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