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Digital phase demodulation for low-coherence interferometry-based fiber-optic sensors
Optics Communications
◽
10.1016/j.optcom.2017.11.002
◽
2018
◽
Vol 411
◽
pp. 27-32
◽
Cited By ~ 7
Author(s):
Y. Liu
◽
R. Strum
◽
D. Stiles
◽
C. Long
◽
A. Rakhman
◽
...
Keyword(s):
Fiber Optic
◽
Fiber Optic Sensors
◽
Low Coherence
◽
Digital Phase
◽
Low Coherence Interferometry
◽
Phase Demodulation
Download Full-text
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References
Digital phase demodulation technique based on low coherence fiber optic interferometry and phase measurement interferometry
10.1117/12.599976
◽
2005
◽
Author(s):
Miao Yu
Keyword(s):
Fiber Optic
◽
Phase Measurement
◽
Low Coherence
◽
Digital Phase
◽
Phase Demodulation
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Gradient-index fiber-optic microprobes for minimally invasive in vivo low-coherence interferometry
Optics Letters
◽
10.1364/ol.27.001794
◽
2002
◽
Vol 27
(20)
◽
pp. 1794
◽
Cited By ~ 63
Author(s):
William A. Reed
◽
Man F. Yan
◽
Mark J. Schnitzer
Keyword(s):
Minimally Invasive
◽
Fiber Optic
◽
Gradient Index
◽
Low Coherence
◽
Low Coherence Interferometry
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Inline Liquid Concentration Measurement in Nanoliter Volume Using Fiber-Optic Low-Coherence Interferometry
IEEE Sensors Journal
◽
10.1109/jsen.2008.918700
◽
2008
◽
Vol 8
(5)
◽
pp. 587-592
◽
Cited By ~ 4
Author(s):
Milos C. Tomic
◽
Zoran V. Djinovic
Keyword(s):
Fiber Optic
◽
Concentration Measurement
◽
Low Coherence
◽
Low Coherence Interferometry
◽
Liquid Concentration
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Fiber-optic temperature sensor using low-coherence interferometry
The European Physical Journal Special Topics
◽
10.1140/epjst/e2008-00526-1
◽
2008
◽
Vol 154
(1)
◽
pp. 107-111
◽
Cited By ~ 10
Author(s):
M. Jedrzejewska-Szczerska
◽
R. Bogdanowicz
◽
M. Gnyba
◽
R. Hypszer
◽
B. B. Kosmowski
Keyword(s):
Temperature Sensor
◽
Fiber Optic
◽
Low Coherence
◽
Low Coherence Interferometry
◽
Fiber Optic Temperature Sensor
◽
Fiber Optic Temperature
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Fiber-Optic Differential Absorption Low Coherence Interferometry Technique for Sensing Glucose Selectively
14th Pacific Rim Conference on Lasers and Electro-Optics (CLEO PR 2020)
◽
10.1364/cleopr.2020.p3_11
◽
2020
◽
Author(s):
Pauline John
◽
Nilesh J. Vasa
◽
N. Sujatha
Keyword(s):
Fiber Optic
◽
Differential Absorption
◽
Low Coherence
◽
Low Coherence Interferometry
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Fiber-optic extrinsic Fabry–Perot interferometer sensors with three-wavelength digital phase demodulation
Optics Letters
◽
10.1364/ol.24.000599
◽
1999
◽
Vol 24
(9)
◽
pp. 599
◽
Cited By ~ 38
Author(s):
Markus Schmidt
◽
Norbert Fürstenau
Keyword(s):
Fiber Optic
◽
Digital Phase
◽
Fabry Perot
◽
Phase Demodulation
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High-performance fiber-optic temperature sensor using low-coherence interferometry
Optics Letters
◽
10.1364/ol.22.001814
◽
1997
◽
Vol 22
(23)
◽
pp. 1814
◽
Cited By ~ 44
Author(s):
Han-Sun Choi
◽
Henry F. Taylor
◽
Chung E. Lee
Keyword(s):
Temperature Sensor
◽
High Performance
◽
Fiber Optic
◽
Low Coherence
◽
Low Coherence Interferometry
◽
High Performance Fiber
◽
Fiber Optic Temperature Sensor
◽
Fiber Optic Temperature
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Fiber optic sensing using low-coherence interferometry
10.1117/12.245583
◽
1996
◽
Cited By ~ 1
Author(s):
Wayne V. Sorin
Keyword(s):
Fiber Optic
◽
Low Coherence
◽
Low Coherence Interferometry
◽
Fiber Optic Sensing
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Ultra-thin metallic foil thickness measurement system using fiber optic low-coherence interferometry
10.1117/12.635509
◽
2005
◽
Author(s):
Yanli Du
◽
Huimin Yan
◽
Yongjun Nie
◽
Xiuda Zhang
Keyword(s):
Measurement System
◽
Fiber Optic
◽
Thickness Measurement
◽
Foil Thickness
◽
Low Coherence
◽
Metallic Foil
◽
Low Coherence Interferometry
◽
Thickness Measurement System
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High-speed high-accuracy fiber optic low-coherence interferometry for in situ grinding and etching process monitoring
10.1117/12.675592
◽
2006
◽
Cited By ~ 6
Author(s):
Wojciech J. Walecki
◽
Alexander Pravdivtsev
◽
Manuel Santos II
◽
Ann Koo
Keyword(s):
Process Monitoring
◽
High Speed
◽
Fiber Optic
◽
High Accuracy
◽
Etching Process
◽
Low Coherence
◽
Low Coherence Interferometry
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