Fluorescence optical fiber measurement system for identification of oil type based on 3D fluorescence spectrum parameterization [4920-44] (English)
- New search for: Shang, L. P.
- New search for: Wang, Y.
- New search for: Shi, J. S.
- New search for: SPIE
- New search for: Shang, L. P.
- New search for: Wang, Y.
- New search for: Shi, J. S.
- New search for: Rao, Y.-J.
- New search for: SPIE
In:
Advanced sensor systems and applications
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251-257
;
2002
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ISBN:
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ISSN:
- Conference paper / Print
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Title:Fluorescence optical fiber measurement system for identification of oil type based on 3D fluorescence spectrum parameterization [4920-44]
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Contributors:
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Conference:Conference, Advanced sensor systems and applications ; 2002 ; Shanghai, China
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Published in:Advanced sensor systems and applications ; 251-257PROCEEDINGS -SPIE THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING ; 4920 ; 251-257
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Publisher:
- New search for: SPIE
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Publication date:2002-01-01
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Size:7 pages
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ISBN:
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ISSN:
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Type of media:Conference paper
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Type of material:Print
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Language:English
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Keywords:
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Source:
© Metadata Copyright the British Library Board and other contributors. All rights reserved.
Table of contents conference proceedings
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 1
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Review and prospect of optical electric-power sensor [4920-206]Li, C. S. / Yoshino, T. T. / Cui, X. / SPIE et al. | 2002
- 1
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Review and prospect of optical electric-power sensorLi, Changsheng / Yoshino, Toshihiko T. / Cui, Xiang et al. | 2002
- 9
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BPDI-based optical sensor for real-time high-temperature measurements for coal gasification process [4920-02]Zhang, Y. / Pickrell, G. R. / Qi, B. / May, R. G. / Wang, A. / SPIE et al. | 2002
- 9
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BPDI-based optical sensor for real-time high-temperature measurements for coal gasification processZhang, Yibing / Pickrell, Gary R. / Qi, Bing / May, Russell G. / Wang, Anbo et al. | 2002
- 16
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Fiber thermometer based on the cross detection of the fluorescence decay of Tm:YAG crystal fiber and background radiation [4920-03]Shen, Y. H. / Zhao, W. Z. / He, J. L. / Sun, T. / Grattan, K. T. V. / SPIE et al. | 2002
- 16
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Fiber thermometer based on the cross detection of the fluorescence decay of Tm:YAG crystal fiber and background radiationShen, Yonghang / Zhao, Weizhong / He, Jinglei / Sun, Tong / Grattan, Kenneth T. V. et al. | 2002
- 25
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Sapphire fiber thermometer based on fluorescence lifetime measurementYe, Linhua / Zhang, Yuefang / Zhao, Weizhong / Shen, Yonghang et al. | 2002
- 25
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Sapphire fiber thermometer based on fluorescence lifetime measurement [4920-04]Ye, L. H. / Zhang, Y. F. / Zhao, W. Z. / Shen, Y. H. / SPIE et al. | 2002
- 31
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Temperature stabilization of fiber Bragg grating vibration sensor with automatic wavelength controlTakahashi, Nobuaki / Thongnum, Weerapong / Takahashi, Sumio et al. | 2002
- 31
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Temperature stabilization of fiber Bragg grating vibration sensor with automatic wavelength control [4920-05]Takahashi, N. / Thongnum, W. / Takahashi, S. / SPIE et al. | 2002
- 39
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Phase-locked optical fiber fluorescence temperature sensor based on double-reference light sources [4920-06]Zheng, L. J. / Xu, J. / Hou, P. G. / SPIE et al. | 2002
- 39
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Phase-locked optical fiber fluorescence temperature sensor based on double-reference light sourcesZheng, Longjiang / Xu, Jing / Hou, Peiguo et al. | 2002
- 43
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Novel mechanical fiber optic sensors based on long-period fiber gratings written by high-frequency CO~2 laser pulses (Invited Paper) [4920-07]Rao, Y.-J. / SPIE et al. | 2002
- 43
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Novel mechanical fiber optic sensors based on long-period fiber gratings written by high-frequency CO2laser pulsesRao, Yun-Jiang et al. | 2002
- 54
-
Optical water-level sensing systems using fiber Bragg grating [4920-08]Fukuchi, K. / Kojima, S. / Hishida, Y. / Hongo, A. / SPIE et al. | 2002
- 54
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Optical water-level sensing systems using fiber Bragg gratingFukuchi, Keisuke / Kojima, Seiji / Hishida, Yasuyuki / Hongo, Akihito et al. | 2002
- 62
-
Large-scale hybrid monitoring system for temperature, strain, and vibration using fiber Bragg grating sensorsArai, Ryoichi / Sumita, Akio / Makino, Shunichiro / Maekawa, Tatsuyuki / Morimoto, Soichiro et al. | 2002
- 62
-
Large-scale hybrid monitoring system for temperature, strain, and vibration using fiber Bragg grating sensors [4920-09]Arai, R. / Sumita, A. / Makino, S. / Maekawa, T. / Morimoto, S. / SPIE et al. | 2002
- 73
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Review of Brillouin active fiber-based acousto-optic sensors [4920-95]Yu, C. / Kim, Y. K. / SPIE et al. | 2002
- 73
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Review of Brillouin-active fiber-based acousto-optic sensorsYu, Chung / Kim, Yong K. et al. | 2002
- 81
-
Simultaneous measurement of transverse load and temperature using a single long-period fiber grating elementRao, Yun-Jiang / Wang, Yi-Ping / Zhu, Tao / Ran, Zeng-Lin / Zeng, Xiang Kai et al. | 2002
- 81
-
Simultaneous measurement of transverse load and temperature using a single long-period fiber grating element [4920-12]Rao, Y.-J. / Wang, Y.-P. / Zhu, T. / Ran, Z.-L. / Zeng, X.-K. / SPIE et al. | 2002
- 87
-
Novel bend-insensitive long-period fiber grating sensorWang, Yi-Ping / Rao, Yun-Jiang / Ran, Zeng-Lin / Zhu, Tao / Zeng, Xiang Kai et al. | 2002
- 87
-
Novel bend-insensitive long-period fiber grating sensor [4920-13]Wang, Y.-P. / Rao, Y.-J. / Ran, Z.-L. / Zhu, T. / Zeng, X.-K. / SPIE et al. | 2002
- 92
-
Novel optical fiber flow sensor based on magnetic-field-induced displacementLiao, Mao / Gong, Jianmin / Liao, Yanbiao / Sun, Xiaofeng et al. | 2002
- 92
-
Novel optical fiber flow sensor based on magnetic-field-induced displacement [4920-14]Liao, M. / Gong, J. M. / Liao, Y. B. / Sun, X. F. / SPIE et al. | 2002
- 98
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Digital signal processing for fluorescence-based fiber optic temperature sensor [4920-15]Hu, C. H. / Wang, Y. T. / SPIE et al. | 2002
- 98
-
Digital signal processing for fluorescence-based fiber optic temperature sensorHu, Chunhai / Wang, Yutian et al. | 2002
- 101
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Experiment results and tentative ideas for improvement of optical design of optical fiber level gauge of remote double-light pathsZhang, Zengyao / Wang, Wei / Jin, Ning et al. | 2002
- 101
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Experiment results and tentative ideas for improvement of optical design of optical fiber level gauge of remote double-light paths [4920-16]Zhang, Z. Y. / Wang, W. / Jin, N. / SPIE et al. | 2002
- 107
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Digital compensation technology for thermally induced nonreciprocity in coil of fiber optic gyroscopes [4920-18]Yang, Y. H. / Zheng, Z. M. / Yu, S. / Zhang, W. X. / Jiang, X. L. / SPIE et al. | 2002
- 107
-
Digital compensation technology for thermally induced nonreciprocity in coil of fiber optic gyroscopesYang, Yuanhong / Zheng, Zhongmin / Yu, Shi / Zhang, Weixu / Jiang, Xinliu et al. | 2002
- 111
-
Erbium-doped superfluorescent fiber source for fiber optic gyroscopeYang, Yuanhong / Yu, Shi / Zheng, Zhongmin / Zhang, Weixu / Jin, Wei / Jiang, Xinliu et al. | 2002
- 111
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Erbium-doped superfluorescent fiber source for fiber optic gyroscope [4920-19]Yang, Y. H. / Yu, S. / Zheng, Z. M. / Zhang, W. X. / Jin, W. / Jiang, X. L. / SPIE et al. | 2002
- 115
-
Analysis of vibration error in fiber optic gyroscopeSong, Ningfang / Zhang, Chunxi / Du, Xinzhen et al. | 2002
- 115
-
Analysis of vibration error in fiber optic gyroscope [4920-20]Song, N. F. / Zhang, C. X. / Du, X. Z. / SPIE et al. | 2002
- 122
-
Research on the correlation of the signal and output in stimulated Raman scattering [4920-21]Wang, T. / Zang, G.-Y. / Yao, J.-Q. / Guo, L. / Li, X.-F. / Yu, Y.-H. / Zhang, B.-A. / Xu, D.-G. / SPIE et al. | 2002
- 122
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Research on the correlation of the signal and output in stimulated Raman scatteringWang, Tao / Zang, Guiyan / Yao, Jianquan / Guo, Ling / Li, Xifu / Yu, Yizhong / Zhang, Baigang / Xu, Degang et al. | 2002
- 126
-
Digital speckle correlation method and its application to micromechanicsJin, Guan-chang / Meng, Li-Bo / Ma, Shao-peng et al. | 2002
- 126
-
Digital speckle correlation method and its application to micromechanics [4920-22]Jin, G. C. / Meng, L. B. / Ma, S. P. / SPIE et al. | 2002
- 132
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Long-optical-path scanning mechanism for optical coherence tomography [4920-23]Shiina, T. / Moritani, Y. / Kishiwaki, D. / Ito, M. / Okamura, Y. / SPIE et al. | 2002
- 132
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Long-optical-path scanning mechanism for optical coherence tomographyShiina, Tatsuo / Moritani, Yohei / Kishiwaki, Daisuke / Ito, Masafumi / Okamura, Yasuyuki et al. | 2002
- 140
-
Measurement of out-of-plane vibrations by processing digital speckle pattern interferometry fringes using wavelet transform [4920-24]Shakher, C. / Kumar, R. / SPIE et al. | 2002
- 140
-
Measurement of out-of-plane vibrations by processing digital speckle pattern interferometry fringes using wavelet transformShakher, Chandra / Kumar, Rajesh et al. | 2002
- 148
-
Modelling and characterization of diffractive optical propagation inside MEMS variable optical attenuatorDai, Xuhan / Zhao, Xiaolin / Cai, Bingchu / Cao, Ying et al. | 2002
- 148
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Modelling and characterization of diffractive optical propagation inside MEMS variable optical attenuator [4920-26]Dai, X. H. / Zhao, X. L. / Cai, B. C. / Cao, Y. / SPIE et al. | 2002
- 152
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Digital processing technique for quasi-white light interference signal [4920-27]Duan, F. J. / Sun, Y. Y. / Ye, S. H. / SPIE et al. | 2002
- 152
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Digital processing technique for quasi-white light interference signalDuan, Fajie / Sun, Yuyang / Ye, Shenghua et al. | 2002
- 156
-
Recent progress in bidirectional interrogation techniques for enhancing multiplexing capability of fiber optic white light interferometric sensors (Invited Paper) [4920-29]Yuan, L. B. / Zhou, L. M. / Jin, W. / SPIE et al. | 2002
- 156
-
Recent progress in bidirectional interrogation techniques for enhancing multiplexing capability of fiber optic white light interferometric sensorsYuan, Libo / Zhou, Limin / Jin, Wei et al. | 2002
- 168
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All-fiber dual-optic paths acceleration seismic geophone [4920-30]Fu, S. Y. / Ding, G. L. / Chen, C. H. / Cui, Y. M. / Huang, J. / SPIE et al. | 2002
- 168
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All-fiber dual-optic paths acceleration seismic geophoneFu, Shenyong / Ding, Guilan / Chen, Caihe / Cui, Yuming / Huang, Jie et al. | 2002
- 174
-
Modulated white-LED interferometerShiina, Tatsuo / Izuhara, Noboru / Ito, Masafumi / Okamura, Yasuyuki et al. | 2002
- 174
-
Modulated white-LED interferometer [4920-31]Shiina, T. / Izuhara, N. / Ito, M. / Okamura, Y. / SPIE et al. | 2002
- 182
-
Spontaneous Brillouin scattering measurement in optical fiber utilizing all-fiber Mach-Zehnder interferometerHe, Yujun / Li, Yongqian / Yang, Zhi / Yin, Chengqun / Yoshino, Toshihiko T. et al. | 2002
- 182
-
Spontaneous Brillouin scattering measurement in optical fiber utilizing all-fiber Mach-Zehnder interferometer [4920-32]He, Y. J. / Li, Y. Q. / Yang, Z. / Yin, C. Q. / Yoshino, T. T. / SPIE et al. | 2002
- 187
-
New set of measuring terrain atmospheric visibility with optical fiberXiao, Shaorong / Chen, Jinbang / Wang, Zhenhui / He, Yong et al. | 2002
- 187
-
New set of measuring terrain atmospheric visibility with optical fiber [4920-33]Xiao, S. R. / Chen, J. B. / Wang, Z. H. / He, Y. / SPIE et al. | 2002
- 193
-
Applications of LPG fiber optical sensors for relative humidity and chemical-warfare-agents monitoringLuo, Shufang / Liu, Yongcheng / Sucheta, Artur / Evans, Mishell K. / Van Tassell, Roger et al. | 2002
- 193
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Applications of LPG fiber optical sensors for relative humidity and chemical-warfare-agents monitoring [4920-35]Luo, S. / Liu, Y. / Sucheta, A. / Evans, M. / Van Tassell, R. / SPIE et al. | 2002
- 205
-
Novel fiber optic glucose biosensor based on fluorescence quenchingJiang, Desheng / Liu, Er / Huang, Jun et al. | 2002
- 205
-
Novel fiber optic glucose biosensor based on fluorescence quenching [4920-36]Jiang, D. S. / Liu, E. / Huang, J. / SPIE et al. | 2002
- 213
-
Output characteristics of erbium-doped fiber intracavity gas sensor [4920-37]Zhang, Y. / Zhang, M. / Jin, W. / SPIE et al. | 2002
- 213
-
Output characteristics of erbium-doped fiber intracavity gas sensorZhang, Yan / Zhang, Min / Jin, Wei et al. | 2002
- 220
-
Microbent optical fiber for refractive index measurement [4920-38]Lee, S. T. / Sureshkumar, P. / Geetha, K. / Radhakrishnan, P. / Vallabhan, C. P. G. / Nampoori, V. P. N. / SPIE et al. | 2002
- 220
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Microbent optical fiber for refractive index measurementLee, Thomas S. / Sureshkumar, P. / Geetha, K. / Radhakrishnan, Periasamy / Vallabhan, C. P. G. / Nampoori, V. P. N. et al. | 2002
- 223
-
Detection of environment pollution by measuring chloroplast delayed light emissionWang, Chenglong / Xing, Da / Wang, Juan et al. | 2002
- 223
-
Detection of environment pollution by measuring chloroplast delayed light emission [4920-39]Wang, C. L. / Xing, D. / Wang, J. / SPIE et al. | 2002
- 230
-
High-sensitivity chlorine gas sensors using metal-phthalocyanine thin films [4920-40]Miyata, T. / Kawaguchi, S. / Minami, T. / SPIE et al. | 2002
- 230
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High-sensitivity chlorine gas sensors using metal-phthalocyanine thin filmsMiyata, Toshihiro / Kawaguchi, Seiji / Minami, Tadatsugu et al. | 2002
- 240
-
In situ multiplexing long-path fiber optic remote sensing system of methane with single laser source [4920-41]Yin, W.-B. / Zhao, J.-M. / Li, C.-Y. / Xiao, L.-T. / Jia, S.-T. / SPIE et al. | 2002
- 240
-
In situ multiplexing long-path fiber optic remote sensing system of methane with single laser sourceYin, Wang-bao / Zhao, Jian-ming / Li, Chang-yong / Xiao, Liantuan / Jia, Suotang et al. | 2002
- 247
-
Micropower consumption handy oil tank liquid level detection system with optical fiber linkWang, Yutian / Cui, Jianxin et al. | 2002
- 247
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Micropower consumption handy oil tank liquid level detection system with optical fiber link [4920-42]Wang, Y. T. / Cui, J. X. / SPIE et al. | 2002
- 251
-
Fluorescence optical fiber measurement system for identification of oil type based on 3D fluorescence spectrum parameterization [4920-44]Shang, L. P. / Wang, Y. / Shi, J. S. / SPIE et al. | 2002
- 251
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Fluorescence optical fiber measurement system for identification of oil type based on 3D fluorescence spectrum parameterizationShang, Liping / Wang, Ying / Shi, Jinshan et al. | 2002
- 258
-
Distribution sensing of Doppler shift frequency by synthesis of optical coherence function [4920-107]Hotate, K. / Yamauchi, T. / SPIE et al. | 2002
- 258
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Distribution sensing of Doppler shift frequency by synthesis of optical coherence functionHotate, Kazuo / Yamauchi, Toyohiko et al. | 2002
- 268
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Optimum designs of 30-km distributed optical fiber Raman photon temperature sensors and measurement networkZhang, Zaixuan / Liu, Honglin / Guo, Ning / Wang, Jianfeng / Wu, Xiaobiao / Yu, Xiangdong / Feng, Haiqi / Kim, Insoo S. et al. | 2002
- 268
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Optimum designs of 30-km distributed optical fiber Raman photon temperature sensors and measurement network [4920-45]Zhang, Z. X. / Liu, H. L. / Guo, N. / Wang, J. F. / Wu, X. B. / Yu, X. D. / Feng, H. Q. / Kim, I. S. / SPIE et al. | 2002
- 274
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System for measuring temperature and strain separately by BOTDR and OTDR [4920-46]Sakairi, Y. / Uchiyama, H. / Li, Z. X. / Adachi, S. / SPIE et al. | 2002
- 274
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System for measuring temperature and strain separately by BOTDR and OTDRSakairi, Yoshiyuki / Uchiyama, Haruyoshi / Li, Zhi Xien / Adachi, Shoji et al. | 2002
- 285
-
High-density multiplexing technique of Bragg grating sensors by synthesis of optical coherence functionHotate, Kazuo / Enyama, Momoyo / Yamashita, Shinji / Nasu, Yusuke et al. | 2002
- 285
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High-density multiplexing technique of Bragg grating sensors by synthesis of optical coherence function [4920-48]Hotate, K. / Enyama, M. / Yamashita, S. / Nasu, Y. / SPIE et al. | 2002
- 295
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Dynamic baseline matching method to increase the stability of distributed optical fiber temperature sensors [4920-50]Liu, H. L. / Zhuang, S. L. / Zhang, Z. X. / Wang, J. F. / SPIE et al. | 2002
- 295
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Dynamic baseline matching method to increase the stability of distributed optical fiber temperature sensorsLiu, Honglin / Zhuang, Songlin / Zhang, Zaixuan / Wang, Jianfeng et al. | 2002
- 299
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Distributed fiber Brillouin strain sensing by correlation-based continuous-wave technique: cm-order spatial resolution and dynamic strain measurementHotate, Kazuo / Ong, Sean S. et al. | 2002
- 299
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Distributed fiber Brillouin strain sensing by correlation-based continuous-wave technique: cm-order spatial resolution and dynamic strain measurement (Invited Paper) [4920-51]Hotate, K. / Ong, S. S. L. / SPIE et al. | 2002
- 311
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Temperature and strain measurements using the power, line-width, shape, and frequency shift of the Brillouin loss spectrum (Invited Paper) [4920-52]Bao, X. Y. / Smith, J. / Brown, A. W. / SPIE et al. | 2002
- 311
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Temperature and strain measurements using the power, line-width, shape, and frequency shift of the Brillouin loss spectrumBao, Xiaoyi / Smith, Jeffrey / Brown, Anthony W. et al. | 2002
- 323
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Transmission/reflection analysis for localization of loss-inducing perturbations in distributed fiber optic sensor based on Rayleigh backscattering [4920-53]Spirin, V. V. / Mendieta-Jimenez, F. J. / Swart, P. L. / SPIE et al. | 2002
- 323
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Transmission/reflection analysis for localization of loss-inducing perturbations in distributed fiber optic sensor based on Rayleigh backscatteringSpirin, Vasilii V. / Mendieta-Jimenez, Francisco J. / Swart, Pieter L. et al. | 2002
- 331
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Wide-range temperature dependence of spontaneous Brillouin intensity in a dispersion-shifted fiber [4920-55]Li, Y. Q. / Zhang, F. C. / Yoshino, T. T. / SPIE et al. | 2002
- 331
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Wide-range temperature dependence of spontaneous Brillouin intensity in a dispersion-shifted fiberLi, Yongqian / Zhang, Fucai / Yoshino, Toshihiko T. et al. | 2002
- 337
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Experimental studies on a distributed temperature sensing system based on optical fiber Brillouin scattering [4920-56]Yang, Z. / Li, Y. Q. / He, Y. J. / Cui, X. / Yoshino, T. T. / SPIE et al. | 2002
- 337
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Experimental studies on a distributed temperature sensing system based on optical fiber Brillouin scatteringYang, Zhi / Li, Yongqian / He, Yujun / Cui, Xiang / Yoshino, Toshihiko T. et al. | 2002
- 342
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Fiber-optic-based human-computer interaction device for VR system [4920-57]Liu, Y. / Wang, Y. T. / Yan, D. Y. / Hu, X. M. / SPIE et al. | 2002
- 342
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Fiber-optic-based human-computer interaction device for VR systemsLiu, Yue / Wang, Yongtian / Yan, Dayuan / Hu, Xiaoming et al. | 2002
- 352
-
Application of optical sensing technology to the civil engineering field with optical fiber strain measurement device (BOTDR) [4920-58]Komatsu, K. / Fujihashi, K. / Okutsu, M. / SPIE et al. | 2002
- 352
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Application of optical sensing technology to the civil engineering field with optical fiber strain measurement device (BOTDR)Komatsu, Koji / Fujihashi, Kazuhiko / Okutsu, Masaru et al. | 2002
- 362
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High-accuracy fiber optic level sensor [4920-59]Ren, L. / Yu, Q. X. / SPIE et al. | 2002
- 362
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High-accuracy fiber optic level sensorRen, Liang / Yu, Qingxu et al. | 2002
- 367
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Measuring thread system using a laser fiber sensorLu, Dong / Lu, Zhihang / Feng, Dawei et al. | 2002
- 367
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Measuring thread system using a laser fiber sensor [4920-60]Lu, D. / Lu, Z. H. / Feng, D. W. / SPIE et al. | 2002
- 373
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Hybrid-type fiber Bragg gratings and their applications [4920-62]Shu, X. W. / Sugden, K. / Zhao, D. H. / Floreani, F. / Zhang, L. / Bennion, I. / SPIE et al. | 2002
- 373
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Hybrid-type fiber Bragg gratings and their applicationsShu, Xuewen / Sugden, Kate / Zhao, Donghui / Floreani, Filip / Zhang, Lin / Bennion, Ian et al. | 2002
- 377
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Optical fiber sensors for energy-production and energy-intensive industriesWang, Anbo et al. | 2002
- 377
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Optical fiber sensors for energy-production and energy-intensive industries (Invited Paper) [4920-63]Wang, A. / SPIE et al. | 2002
- 382
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Potential low-cost optical fiber Bragg grating sensor systems for structural health monitoring and examples of their applicationWillsch, Reinhardt / Ecke, Wolfgang et al. | 2002
- 382
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Potential low-cost optical fiber Bragg grating sensor systems for structural health monitoring and examples of their application (Invited Paper) [4920-64]Willsch, R. / Ecke, W. / SPIE et al. | 2002
- 392
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Influences of extinction ratio and bias-angle error of polarizers on the performance of an optical current sensor [4920-66]Wang, Z. P. / Li, Q. B. / Feng, R. Y. / Wang, H. L. / Huang, Z. J. / Yu, X. / Shi, J. H. / SPIE et al. | 2002
- 392
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Influences of extinction ratio and bias-angle error of polarizers on the performance of an optical current sensorWang, Zheng Ping / Li, Qingbo / Feng, Ruiying / Wang, Huili / Huang, Zongjun / Yu, Xin / Shi, Jinhui et al. | 2002
- 400
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Faraday optical fiber current sensor with phase conjugate device [4920-67]Niu, Y. X. / Wu, D. S. / Wang, Y. F. / Zhang, C. / Zhang, P. / SPIE et al. | 2002
- 400
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Faraday optical fiber current sensor with phase conjugate deviceNiu, Yanxiong / Wu, Dongsheng / Wang, Yuefeng / Zhang, Chu / Zhang, Peng et al. | 2002
- 405
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Active optical fiber current transducerZheng, Shengxuan / Lu, Xin / Liu, Feng / Lu, Qizhu et al. | 2002
- 405
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Active optical fiber current transducer [4920-69]Zheng, S. X. / Lu, X. / Liu, F. / Lu, Q. Z. / SPIE et al. | 2002
- 410
-
Large electric current real-time control system based on a wavelength division multiplexing optical fiber network [4920-70]Wan, X. / Gao, Y. Q. / Yu, S. L. / SPIE et al. | 2002
- 410
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Large electric current real-time control system based on a wavelength division multiplexing optical fiber networkWan, Xiong / Gao, Yiqing / Yu, Shenglin et al. | 2002
- 415
-
Optical electric-power sensor using one Bi~4Ge~3O~1~2 crystal [4920-71]Li, C. S. / Cui, X. / Yoshino, T. T. / SPIE et al. | 2002
- 415
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Optical electric-power sensor using one Bi4Ge3O12crystalLi, Changsheng / Cui, Xiang / Yoshino, Toshihiko T. et al. | 2002
- 422
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Application research for gas turbine dynamic gap detection based on fiber-optic measurement technology [4920-72]Ma, H. P. / Liu, L. H. / Yang, L. M. / Wang, Z. Y. / SPIE et al. | 2002
- 422
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Application research for gas turbine dynamic gap detection based on fiber-optic measurement technologyMa, Huiping / Liu, Lihua / Yang, Lemin / Wang, Zhongyi et al. | 2002
- 427
-
Intelligent signal processing of fiber optic sensor for simultaneous measurement of displacement and surface roughness [4920-73]Wang, X. D. / SPIE et al. | 2002
- 427
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Intelligent signal processing of fiber optic sensor for simultaneous measurement of displacement and surface roughnessWang, Xiaodong et al. | 2002
- 433
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Probe design for measuring high-reflective surfaceZhao, Xiaosong / Zhang, Hongwei / Liu, Zheng / Zhang, Guoxiong et al. | 2002
- 433
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Probe design for measuring high-reflective surface [4920-75]Zhao, X. S. / Zhang, H. W. / Liu, Z. / Zhang, G. X. / SPIE et al. | 2002
- 437
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Image processing technique of free-form surfaceZhao, Xiaosong / Liu, Zheng / Zhang, Hongwei / Zhang, Guoxiong et al. | 2002
- 437
-
Image processing technique of free-form surface [4920-76]Zhao, X. S. / Liu, Z. / Zhang, H. W. / Zhang, G. X. / SPIE et al. | 2002
- 441
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Novel bend sensor using optical fiber microbend effectHuang, Yonglin / Xu, Zhaowen / Yang, Yifei / Tong, Zhengrong / Kai, Guiyun / Dong, Xiaoyi et al. | 2002
- 441
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Novel bend sensor using optical fiber microbend effect [4920-78]Huang, Y. L. / Xu, Z. W. / Yang, Y. F. / Tong, Z. R. / Kai, G. Y. / Dong, X. Y. / SPIE et al. | 2002
- 445
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Novel twisted fiber strain gaugeXu, Zhaowen / Wu, Zhigang / Gao, Weiqing / Yuan, Shuzhong / Dong, Xiaoyi et al. | 2002
- 445
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Novel twisted fiber strain gauge [4920-79]Xu, Z. W. / Wu, Z. G. / Gao, W. Q. / Yuan, S. Z. / Dong, X. Y. / SPIE et al. | 2002
- 450
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Novel multimode fiber sensor by applying torsional angle tuningZhang, Weigang / Dong, Xiaoyi / Wu, Zhigang / Zhou, Guang / Zeng, Jian / Yuan, Shuzhong / Kai, Guiyun / Zhao, Qida et al. | 2002
- 450
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Novel multimode fiber sensor by applying torsional angle tuning [4920-80]Zhang, W. G. / Dong, X. Y. / Wu, Z. G. / Zhou, G. / Zeng, J. / Yuan, S. Z. / Kai, G. Y. / Zhao, Q. / SPIE et al. | 2002
- 454
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Temperature-insensitive displacement sensing using the chirp effect of fiber Bragg gratingTong, Zhengrong / Huang, Yonglin / Meng, Hongyun / Dong, Xinyong / Kai, Guiyun / Dong, Xiaoyi et al. | 2002
- 454
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Temperature-insensitive displacement sensing using the chirp effect of fiber Bragg grating [4920-82]Tong, Z. R. / Huang, Y. L. / Meng, H. Y. / Dong, X. Y. / Kai, G. Y. / SPIE et al. | 2002
- 459
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Sensor system employing fiber optic gyro to detect low-frequency vibrationJiang, Desheng / Hu, Wenbin et al. | 2002
- 459
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Sensor system employing fiber optic gyro to detect low-frequency vibration [4920-83]Jiang, D. S. / Hu, W. B. / SPIE et al. | 2002
- 462
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PSD-based angle-detecting principle for ESG [4920-84]Tian, W. F. / Wang, J. P. / Jin, Z. H. / SPIE et al. | 2002
- 462
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PSD-based angle-detecting principle for ESGTian, Weifeng / Wang, Junpu / Jin, Zhihua et al. | 2002
- 468
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Signal processing of triaxis fiber optic gyroscopes using filter banksZhao, Zhonghua / Zhang, Yanhua et al. | 2002
- 468
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Signal processing of triaxis fiber optic gyroscopes using filter banks [4920-85]Zhao, Z. H. / Zhang, Y. H. / SPIE et al. | 2002
- 478
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10-m-range absolute measurement of fiber interferenceZhong, Ming / Duan, Fajie / Yang, Bei / Sun, Yuyang / Ye, Shenghua et al. | 2002
- 478
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10-m-range absolute measurement of fiber interference [4920-86]Zhong, M. / Duan, F. J. / Yang, B. / Sun, Y. Y. / Ye, S. H. / SPIE et al. | 2002
- 482
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Optimization scheme of polarization state controlling in DCPA [4920-87]Man, X. M. / Zhang, Y. M. / Zhou, G. / Jing, W. C. / Li, H. F. / Tang, F. / Liu, B. / SPIE et al. | 2002
- 482
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Optimization scheme of polarization state controlling in DCPAMan, Xiaoming / Zhang, Yimo / Zhou, Ge / Jing, Wencai / Li, Haifeng / Tang, Feng / Liu, Bao et al. | 2002
- 487
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Sensitive current sensing base on all-fiber Mach-Zehnder interferometer [4920-88]Tong, Z. R. / Huang, Y. L. / Yang, S. Q. / Feng, D. J. / Kai, G. Y. / Zhao, Q. / Dong, X. Y. / SPIE et al. | 2002
- 487
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Sensitive current sensing base on all-fiber Mach-Zehnder interferometerTong, Zhengrong / Huang, Yonglin / Yang, Shiquan / Feng, Dejun / Kai, Guiyun / Zhao, Qida / Dong, Xiaoyi et al. | 2002
- 492
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New method for accurate measuring of steam quality [4920-89]Li, X. J. / Liang, P. / Qian, L. / Yu, J. J. / Zhu, G. R. / SPIE et al. | 2002
- 492
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New method for measuring of steam qualityLi, Xinjiang / Liang, Pei / Qian, Lin / Yu, Jianjun / Zhu, Guirong et al. | 2002
- 496
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Experimental investigation of salinity measurement based on optical-electrical dual-differential methods [4920-90]Zhao, Y. / Zhang, B. / Liao, Y. B. / Lai, S. R. / SPIE et al. | 2002
- 496
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Experimental investigation of salinity measurement based on optical-electrical dual-differential methodsZhao, Yong / Zhang, Bo / Liao, Yanbiao / Lai, Shurong et al. | 2002
- 501
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Spectrum absorption detecting fault gas dissolved in transformer oilWang, Yutian / Meng, Zong / Sui, Hongli et al. | 2002
- 501
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Spectrum absorption detecting fault gas dissolved in transformer oil [4920-91]Wang, Y. T. / Meng, Z. / Sui, H. L. / SPIE et al. | 2002
- 505
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Measurement of polarization mode couplings in polarization-maintaining fibers based on white light interferenceLi, Haifeng / Zhou, Ge / Jing, Wencai / Man, Xiaoming / Zhang, Yimo et al. | 2002
- 505
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Measurement of polarization mode coupling in polarization-maintaining fibers based on white light interference [4920-93]Li, H. F. / Zhou, G. / Jing, W. C. / Man, X. M. / Zhang, Y. M. / SPIE et al. | 2002
- 510
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Characterization of an axisymmetric birefringent optical fiber [4920-94]Tateda, M. / Mori, S. / Omatsu, T. / SPIE et al. | 2002
- 510
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Characterization of an axisymmetric birefringent optical fiberTateda, Mitsuhiro / Mori, Shingo / Omatsu, Takashige et al. | 2002
- 518
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Crosstalk of lead fiber in time-division multiplexing of fiber optic Michelson interferometric sensors [4920-96]Shih, S.-T. / SPIE et al. | 2002
- 518
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Crosstalk of lead fiber in time-division multiplexing of fiber optic Michelson interferometric sensorsShih, Sung-Tsun et al. | 2002
- 528
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Distributed optical fiber temperature-sensing system based on Brillouin frequency shift and amplifier effect [4920-98]Wang, Y. T. / Zhang, Y. H. / Hou, P. G. / SPIE et al. | 2002
- 528
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Distributed optical fiber temperature-sensing system based on Brillouin frequency shift and amplifier effectWang, Yutian / Zhang, Yanhong / Hou, Peiguo et al. | 2002
- 533
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Methods of ameliorating distributed optical fiber temperature-sensor system precision [4920-99]Wang, Y. T. / Sui, H. L. / Meng, Z. / SPIE et al. | 2002
- 533
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Methods of ameliorating distributed optical fiber temperature-sensor system precisionWang, Yutian / Sui, Hongli / Meng, Zong et al. | 2002
- 538
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Optical fiber sensor technology for pose warp in robot screw flexible assemblyLiu, Guixiong / Hu, Cunyin / Yi, Jingrong et al. | 2002
- 538
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Optical fiber sensor technology for pose warp in robot screw flexible assembly [4920-100]Liu, G. X. / Hu, C. Y. / Yi, J. R. / SPIE et al. | 2002
- 544
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Monitoring system of slopes with optical fiber sensors [4920-101]Miyagawa, T. / Konishi, K. / Hiraki, T. / SPIE et al. | 2002
- 544
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Monitoring system of slopes with optical fiber sensorsMiyagawa, Takeshi / Konishi, Kimio / Hiraki, Tokio et al. | 2002
- 555
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Temperature radiation measurement with optical fiber sensor [4920-102]Yang, J. Y. / Liu, Z. / SPIE et al. | 2002
- 555
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Temperature radiation measurement with optical fiber sensorYang, Jingyi / Zhang, Yulan / Liu, Zhi et al. | 2002
- 559
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Changes of ultraweak biochemiluminescence from germinating soybean in the wounding defense responseChen, Wenli / Xing, Da / Wang, Juan et al. | 2002
- 559
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Changes of ultraweak biochemiluminescence from germinating soybean in the wounding defense response [4920-103]Chen, W. L. / Xing, D. / Wang, J. / SPIE et al. | 2002
- 566
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Measuring the concentration of mineral oil in water by optical fiber fluorescence method [4920-104]Shang, L. P. / Shi, J. S. / Wang, Y. / SPIE et al. | 2002
- 566
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Measuring the concentration of mineral oil in water by optical fiber fluorescence methodShang, Liping / Shi, Jinshan / Wang, Ying et al. | 2002
- 572
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Data fusion in distributed optical fiber strain and temperature sensors for pipelineJiang, Junfeng / Zhang, Yimo / Liu, Tiegen / Sun, Jie / Ding, Sheng et al. | 2002
- 572
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Data fusion in distributed optical fiber strain and temperature sensors for pipeline [4920-105]Jiang, J. F. / Zhang, Y. M. / Liu, T. G. / Sun, J. / Ding, S. / SPIE et al. | 2002
- 578
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Simultaneous interrogation of multiple FBG sensors for dynamic measurandsShi, Chunzheng / Chan, Chi C. / Zhang, Min / Ju, J. / Jin, Wei / Liao, Yanbiao / Zhang, Yan / Zhou, Y. et al. | 2002
- 578
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Simultaneous interrogation of multiple FBG sensors for dynamic measurands [4920-106]Shi, C. Z. / Chan, C. C. / Zhang, M. / Ju, J. / Jin, W. / Liao, Y. B. / Zhang, Y. / Zhou, Y. / SPIE et al. | 2002