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[期刊论文] 作者：QiangBian,ZhangqiSong,YuzhongChen,XueliangZhang,
来源：ChineseOpticsLetters 年份：2017
We propose a compensation technique based on pulse reference for intensity-modulated optical fiber sensors that can compensate the power fluctuation of the light source, the change of optical components transmission loss, and the coupler sp......
[期刊论文] 作者：ZhangqiSong,YangYu,XueliangZhang,ZhengtongWei,ZhouMeng,
来源：ChineseOpticsLetters 年份：2014
An optical microfiber phase modulator (OMPM) directly driven with low-power light is presented. Phase modulation response of OMPM is theoretically analyzed. A 10-mm optical microfiber (OM), tapered from conventional single-mode fiber, is in......
[期刊论文] 作者：ZhengtongWei,ZhangqiSong,XueliangZhang,YangYu,ZhouMeng,
来源：ChineseOpticsLetters 年份：2013
Optical microfibers (OMs) are good alternatives in the field of sensing. In this letter, a simple and effective miniature temperature sensor based on OM is proposed and experimentally verified. Using pure water and fiber coating as the OM c......
KrF excimer laser-fabricated Bragg grating in optical microfiber made from pre-etched conventional p
[期刊论文] 作者：ZhengtongWei,NuanJiang,ZhangqiSong,XueliangZhang,ZhouMeng,
来源：ChineseOpticsLetters 年份：2013
A method to fabricate fiber Bragg grating (FBG) in an optical microfiber (OM) from a conventional photosensitive fiber is proposed in this letter. The cladding of a conventional photosensitive fiber is etched to 17 \mu m. The etched fiber i......
[期刊论文] 作者：YangYu,XueliangZhang,ZhangqiSong,ZhengtongWei,ZhouMeng,
来源：ChineseOpticsLetters 年份：2014
The backscattering characteristics of optical microfiber (OM) are experimentally studied by controlling heating temperature and cooling method during the OM fabrication process. OM samples with various reflectances from 0.1% to 1% are achie......
Low-noise and highly stable optical fiber temperature sensor using modified pulse-reference-based co
[期刊论文] 作者：QiangBian,ZhangqiSong,DongyuSong,XueliangZhang,BingshengLi,ZhouMeng,YangYu,
来源：ChineseOpticsLetters 年份：2018
We modify the pulse-reference-based compensation technique and propose a low-noise and highly stable optical fiber temperature sensor based on a zinc telluride film-coated fiber tip. The system noise is measured to be 0.0005 dB, which makes......
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