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Zhe Ma
Zhe Ma
Taiyuan University of Technology
Verified email at tju.edu.cn
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Cited by
Year
Phase demodulation method based on a dual-identical-chirped-pulse and weak fiber Bragg gratings for quasi-distributed acoustic sensing
G Liang, J Jiang, K Liu, S Wang, T Xu, W Chen, Z Ma, Z Ding, X Zhang, ...
Photonics Research 8 (7), 1093-1099, 2020
312020
Incoherent Brillouin optical time-domain reflectometry with random state correlated Brillouin spectrum
Z Ma, M Zhang, Y Liu, X Bao, H Liu, Y Zhang, Y Wang
IEEE Photonics Journal 7 (4), 1-7, 2015
272015
A compact fiber optic Fabry–Perot sensor for simultaneous measurement of acoustic and temperature
X Liu, J Jiang, S Wang, K Liu, L Xue, X Wang, Z Ma, X Zhang, Y Zhang, ...
IEEE Photonics Journal 11 (6), 1-10, 2019
252019
Optical fiber laser refractometer based on an open microcavity Mach-Zehnder interferometer with an ultra-low detection limit
P Niu, J Jiang, S Wang, K Liu, Z Ma, Y Zhang, W Chen, T Liu
Optics Express 28 (21), 30570-30585, 2020
162020
Wall-thickness-controlled microbubble fabrication for WGM-based application
J Jiang, Y Liu, K Liu, S Wang, Z Ma, Y Zhang, P Niu, L Shen, T Liu
Applied Optics 59 (16), 5052-5057, 2020
132020
High performance distributed acoustic sensor based on digital LFM pulse coherent-optical time domain reflectometer for intrapulse event
Z Ma, J Jiang, S Wang, K Liu, Y Zhang, W Chen, P Niu, S Wang, T Liu
Applied Physics Express 13 (1), 012016, 2020
122020
Coherent OTDR using flexible all-digital orthogonal phase code pulse for distributed sensing
W Chen, J Jiang, K Liu, S Wang, Z Ma, Z Ding, T Xu, T Liu
IEEE Access 8, 85395-85400, 2020
102020
Dual-frequency CARS excitation source with two independent-tunable Stokes wavelengths using PM-PCF and vector adjustment
Y Zhang, J Jiang, K Liu, S Wang, Z Ma, W Chen, T Liu
Journal of Lightwave Technology 38 (8), 2392-2399, 2020
102020
Hybrid demodulation method for distributed acoustic sensing based on coherent detection and pulse pair
W Chen, J Jiang, S Wang, K Liu, Z Ma, G Liang, Z Ding, Y Zhang, P Niu, ...
Applied Physics Express 13 (1), 012012, 2019
102019
Phase drift noise suppression for coherent-OTDR sensing based on heterogeneous dual-sideband LFM pulse
Z Ma, J Jiang, S Wang, K Liu, S Wang, T Xu, Y Zhang, W Chen, P Niu, ...
Applied Physics Express 13 (8), 082002, 2020
82020
Photonic generation of ultrawideband signals based on a gain-switched semiconductor laser with optical feedback
M Zhang, M Liu, A Wang, Y Ji, Z Ma, J Jiang, T Liu
Applied Optics 52 (31), 7512-7516, 2013
72013
Conductor temperature monitoring of high-voltage cables based on electromagnetic-thermal coupling temperature analysis
Y Zhang, F Yu, Z Ma, J Li, J Qian, X Liang, J Zhang, M Zhang
Energies 15 (2), 525, 2022
62022
光纤分布式声传感的动态范围扩展方法研究
刘铁根马喆,王逸璇,江俊峰,王双,张建德,杨宁,徐天华,丁振扬,
光学学报 41 (13), 1306008, 2021
6*2021
GPU-based fast processing for a distributed acoustic sensor using an LFM pulse
S Wang, J Jiang, S Wang, Z Ma, T Xu, Z Ding, Z Lv, T Liu
Applied optics 59 (35), 11098-11103, 2020
52020
Femtosecond pulse temporal overlap estimation and adjustment in SSFS-based CARS system
Y Zhang, J Jiang, S Wang, K Liu, Z Ma, G Gu, R Hui, T Liu
Ieee Access 7, 131317-131325, 2019
52019
直接调制光反馈半导体激光器产生超宽带信号
刘明, 张明江, 王安帮, 王龙生, 吉勇宁, 马喆
物理学报 62 (6), 064209, 2013
52013
Composite wavelength tuning for precision Raman resonance in soliton self-frequency shift-based coherent anti-Stokes Raman scattering
Y Zhang, J Jiang, K Liu, S Wang, Z Ma, T Liu
Applied Physics Express 13 (9), 092002, 2020
42020
Self-copy-shift-based differential phase extracting method for fiber distributed acoustic sensing
W Chen, J Jiang, K Liu, S Wang, Z Ma, G Liang, Z Ding, T Xu, T Liu
Chinese Optics Letters 18 (8), 081201, 2020
42020
用于相干反斯托克斯拉曼散射激发源的快速宽范围斯托克斯光波长调谐
江俊峰, 吴航, 刘琨, 王双, 黄灿, 张学智, 于哲, 陈文杰, 马喆, 惠荣庆, ...
Chinese Journal of Lasers 44 (1), 101002--1, 2017
42017
Double-sideband heterogeneous pulse modulation method for distributed acoustic sensing
Z Ma, J Jiang, S Wang, K Liu, W Chen, X Zhang, Z Ding, T Liu
2017 International Conference on Optical Instruments and Technology …, 2018
32018
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