{"id":305,"date":"2021-01-25T15:36:08","date_gmt":"2021-01-25T07:36:08","guid":{"rendered":"http:\/\/111.186.57.67:5986\/wordpress\/?page_id=305"},"modified":"2025-06-13T14:34:19","modified_gmt":"2025-06-13T06:34:19","slug":"qingwenliu","status":"publish","type":"page","link":"http:\/\/cip.sjtu.edu.cn\/wordpress\/index.php\/team\/teacher\/qingwenliu","title":{"rendered":"\u5218\u5e86\u6587"},"content":{"rendered":"
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\u90ae\u7bb1\uff1aliuqingwen@sjtu.edu.cn<\/p>

\u529e\u516c\u5ba4\uff1a\u7535\u96625#108<\/p><\/blockquote>\n<\/div>\n<\/div>\n\n\n\n

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\u4e3b\u8981\u671f\u520a\u8bba\u6587\uff08\u8fd15\u5e74\uff09<\/h2>\n\n\n\n
  1. RongrongNiu, Qingwen Liu*<\/strong>, Yuanpeng Deng, Yanming Chang, Zuyuan He, \u201cQuasi-distributed Fiber-optic Sensor with Large Measurement Range for Both Static and Dynamic Signals,\u201d Journal of Lightwave Technology<\/em><\/strong>, 43(3): 1437-1444 (2025)<\/li>
  2. Shuting Liu, Qingwen Liu*<\/strong>, Zuyuan He, \u201cWhite-light-driven ultrahigh-resolution fiber ring resonator array based on frequency division multiplexing technology,\u201d IEEE Sensors Journal<\/em><\/strong>, 24(21): 34424-34431 (2024).<\/li>
  3. SizheZhang, Qingwen Liu*<\/strong>, Yanming Chang, Zuyuan He, \u201cResonant Fiber Optic Current Sensor Based on Broadband Light Source,\u201d Journal of Lightwave Technology<\/em><\/strong>, 42 (18):6592-6598 (2024) (NSFC: 62175147)<\/li>
  4. Shuting Liu, Shuangxiang Zhao, Qingwen Liu*<\/strong>, Shoulin Jiang, Wei Jin, Zuyuan He, \u201cUltrahigh-resolution and ultra-simple fiber-optic sensor with resonant Sagnac interferometer,\u201d Optics Letters<\/em><\/strong>, 48 (13):3543-3546 (2023). (NSFC: 61975116, 62175147)<\/li>
  5. Yuanpeng Deng, Qingwen Liu<\/strong>*, Shuting Liu, Zuyuan He*, \u201cMulti-path quasi-distributed acoustic sensing based on spatial division multiplexing and time-gated OFDR,\u201d IEEE Sensors Journal<\/em><\/strong>, 23(11): 11615-11620 (2023)<\/li>
  6. He Li, Qingwen Liu*<\/strong>, Yanming Chang, Yimin Luo, JinboQiu, Zuyuan He, \u201cAnalysis and compensation of vibration induced beat frequency shift in OFDR based fiber-optic distributed acoustic sensor,\u201d Journal of Lightwave Technology<\/em><\/strong>, 41 (1): 381-392 (2023)<\/li>
  7. Shuangxiang Zhao, Qingwen Liu<\/strong>*, Yuanyuan Liu, Zuyuan He, \u201cFemto-strain resolution fiber-optic sensing with an ultra-simple white-light round trip filtering method,\u201d Optics Letters<\/em><\/strong>, 47 (15): 3624-3627 (2022) (Editors’ Pick<\/strong>)<\/li>
  8. Shuting Liu, Qingwen Liu<\/strong>*, Shuagnxiang Zhao, Zuyuan He, \u201cPico-strain resolution fiber-optic sensor with white-light interferometry,\u201dOptics Letters<\/em><\/strong>, 47 (9): 2226-2229 (2022)<\/li>
  9. Shuangxiang Zhao, Qingwen Liu<\/strong>, Huilian Ma, Zuyuan He, \u201cWhite-light-driven resonant fiber-optic gyro based on round trip filtering scheme,\u201dOptics Letters<\/em><\/strong>, 47 (5): 1137-1140, (2022)<\/li>
  10. Shuangxiang Zhao, Qingwen Liu*<\/strong>, Yuanyuan Liu, Huilian Ma, Zuyuan He*, \u201cNavigation-grade resonant fiber-optic gyroscope using ultra-simple white-light multi-beam interferometry,\u201dPhotonics Research<\/em><\/strong>, 10 (2): 542-549, (2022)<\/li>
  11. Yuanyuan Liu, Qingwen Liu*<\/strong>, Shuangxiang Zhao, Wenchen Sun, Bingxin Xu, Zuyuan He*,Junyong Zhang*, \u201cSingle-exposure multi-wavelength diffraction imaging with a blazed grating,\u201dOptics Letters<\/em><\/strong>, 47 (3): 485-488 (2022)<\/li>
  12. Yuanyuan Liu, Qingwen Liu*<\/strong>, Shuangxiang Zhao, Wenchen Sun, Bingxin Xu, Zuyuan He, \u201cResolution enhancement in coherent diffraction imaging using high dynamic range image,\u201d Photonics<\/em><\/strong>, 8(9): 370 (2021).<\/li>
  13. Yuanpeng Deng, Qingwen Liu*<\/strong>, Zuyuan He*, \u201cDistributed Fiber-Optic Acoustic Sensor for Sparse-wideband Vibration Sensing with Time Delay Sampling,\u201dIEEE Sensors Journal <\/em><\/strong> 21(12): 13290-13295 (2021)<\/li>
  14. Zuyuan He,Qingwen Liu*<\/strong>, \u201cOptical Fiber Distributed Acoustic Sensors: A Review,\u201d IEEE Journal of Lightwave Technology<\/em><\/strong> 39(12):3671-3686 (2021) (Invited Tutorial Review)<\/li>
  15. Qingwen Liu<\/strong>, Shuangxiang Zhao, Zuyuan He*, \u201cImproved Pound-Drever-Hall Techniques for High Resolution Optical Fiber Grating Sensors,\u201d IEEE Journal of Lightwave Technology<\/em><\/strong>39(12): 3846-3854 (2021)(Invited Review)<\/li>
  16. Yuanyuan Liu, Qingwen Liu*<\/strong>, You Li, Bingxin Xu, Junyong Zhang*, and Zuyuan He*, \u201cHigh-resolution multi-wavelength lensless diffraction imaging with adaptive dispersion correction,\u201dOptics Express<\/em><\/strong>29(5):7197-7209 (2021)<\/li>
  17. Yuanyuan Liu, Qingwen Liu*<\/strong>, You Li, Junyong Zhang*, and Zuyuan He, \u201cHigh-resolution multi-planar coherent diffraction imaging with multimode fiber source,\u201d Optics and Lasers in Engineering<\/em><\/strong> 140, 106530 (2021)<\/li>
  18. He Li, Qingwen Liu*<\/strong>, Dian Chen, Zuyuan He*, \u201cCentimeter spatial resolution distributed temperature sensor based on polarization-sensitive optical frequency domain reflectometry,\u201d IEEE Journal of Lightwave Technology<\/em><\/strong>39 (8): 2594-2602 (2021)<\/li>
  19. Shuangxiang Zhao, Qingwen Liu*<\/strong>, Jiageng Chen, Zuyuan He*, \u201cResonant fiber-optic strain and temperature sensor achieving thermal-noise-limit resolution,\u201dOptics Express<\/em><\/strong>29(2): 1870-1878 (2021)<\/li><\/ol>\n<\/div>","protected":false},"excerpt":{"rendered":"

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