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Ziwen Pan

Observed names: Ziwen Pan Ziwen Pan, Ziwen 梓文 Pan 潘
ORCID: 0009-0007-6703-0529
Observed ORCID: 0009-0007-6703-0529
OpenAlex ID: A5020130876
Ultra‐Stable Phonon Laser Through Closed‐Loop Feedback Control for Optomechanical Sensing
2024 · Ziwen Pan, Yi Yang, et al. · Laser & Photonics Review · 28
Ultrahigh sensitivity stress sensing method near the exceptional point of parity-time symmetric systems
2020 · Tong Xing, Ziwen Pan, et al. · Journal of Physics D Applied Physics · 19
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Suppression of residual intensity modulation noise in resonator integrated optic gyro
2018 · Chengfei Zhang, Ziwen Pan, et al. · Optics Communications · 18
Reducing backscattering and the Kerr noise in a resonant micro-optic gyro using two independent lasers
2021 · Jian Niu, Wenyao Liu, et al. · Applied Optics · 15
Suppression of laser intensity fluctuation in resonator optical gyro by a simple light intensity feedback technique
2020 · Shihao Yin, Wenyao Liu, et al. · Optical Engineering · 15
Resonator integrated optic gyro based on multilevel laser frequency lock-in technique
2018 · Ziwen Pan Ziwen Pan, Chengfei Zhang Chengfei Zhang, et al. · Chinese Optics Letters · 13
The noise suppression in resonant micro optic gyroscopes based on dual light sources method
2021 · Jian Niu, Wenyao Liu, et al. · Optics Communications · 11
High resolution acoustic sensing based on microcavity optomechanical oscillator
2024 · Rong Wang, WenYao Liu, et al. · Optics Express · 10
Ultra-High Resolution Temperature Sensing Based on Microcavity Optomechanical Self-Oscillation
2024 · Ziwen Pan, Yi Yang, et al. · Journal of Lightwave Technology · 9
Thermal Locking Cascaded Fiber Microcavities for Ultrasensitive Acoustic Sensing
2024 · Rong Wang, Wenyao Liu, et al. · Journal of Lightwave Technology · 9
Combined frequency-locking technology of a digital integrated resonator optic gyroscope with a phase-modulated feedback loop
2019 · Jiangbo Zhu, Wenyao Liu, et al. · Applied Optics · 9
Suppression of backscattering-induced noise in a resonator optic gyro by the dual-frequency modulation method
2019 · Haoyu Wang, Wenyao Liu, et al. · Optics Communications · 9
Laser frequency combination tuning and locking technology in resonant optical gyro
2020 · Shihao Yin, Wenyao Liu, et al. · Applied Physics B · 8
Thermal effect and application of thermal mode-locking based on optical microsphere cavity
2022 · Bo Zhang, Wenyao Liu, et al. · Optics Communications · 7
Three closed loop noise suppression method for resonant micro optical gyroscope
2023 · Haodong Liu, Wenyao Liu, et al. · Optics Communications · 6
Non-Invasive Wide-Field Imaging of Chip Surface Temperature Distribution Based on Ensemble Diamond Nitrogen-Vacancy Centers
2025 · Zhenrong Shi, Ziwen Pan, et al. · Sensors · 3
Preparation and controllable tuning of a high-quality factor phonon-laser in the optomechanical microsphere cavity
2023 · Rong Wang, Wenyao Liu, et al. · Journal of Physics D Applied Physics · 3
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Vernier Effect-Enhanced Temperature Sensing Based on On-Chip Spiral Resonant Cavities
2025 · Changhao Liu, Ziwen Pan, et al. · Sensors · 2
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Self-injection locking technique for resonant micro-optical gyroscope
2022 · Yunhao Li, Wenyao Liu, et al. · Optical Engineering · 2
Highly stable Brillouin laser with controllable tuning based on fiber ring resonator
2024 · Min Liang, Wenyao Liu, et al. · Japanese Journal of Applied Physics · 1
A novel dual-channel thermo-optic locking method for the whispering gallery mode microresonator
2024 · Wenjie 文杰 Fan 范, Wenyao 文耀 Liu 刘, et al. · Chinese Physics B · 1
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Electro-Optic Properties of a One-Dimensional Topological Photonic Crystal Cavity Based on c-Axis BaTiO3 Thin Film
2026 · Yifei Ge, Na Sun, et al. · Photonics
Resonant micro-optical gyroscope combination closed-loop noise suppression
2023 · Haodong Liu, Wenyao Liu, et al. · Optical Engineering
A Method for Improving the Detection Accuracy of Resonant micro-optical electromechanical gyroscope
2019 · Yu Tao, Wenyao Liu, et al. · IEEE International Conference on Nanotechnology (IEEE-NANO)
Works count: 24
Citation count: 198
H-index: 9
I10-index: 8
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