Comments on “Fiber optic ultrasonic sensor using Raman-Nathlight diffraction” [and reply]

Kwiek P.; Mayer W.G.; Reibold R.

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Comments on “Fiber optic ultrasonic sensor using Raman-Nathlight diffraction” [and reply]

机译：关于“使用拉曼-纳特光衍射的光纤超声传感器”的评论[和回复]

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In the title paper (ibid., vol.41, p.166-71 (1994), Wu, Shankar,nLewin, and Koller have described a novel fiber optic ultrasonic sensornusing the principle of Raman-Nath light diffraction. Kwiek et al.ncomment on the paper for two reasons. 1) the theoretical model used, andn2) calibration and spatial resolution based on the interpretation of thenquoted experimental results. In reply, Wu et al. assert that theirntheory is indeed valid and can explain the results obtained within thenlimits of experimental errors

机译：在标题文件中（同上，第41卷，第166-71页，1994年），Wu，Shankar，nLewin和Koller使用拉曼-纳特光衍射原理描述了一种新型的光纤超声传感器。本文之所以提出这样的建议，有两个原因：1）使用的理论模型，以及2）根据对随后引用的实验结果的解释进行校准和空间分辨率。作为回应，吴等。断言他们的理论确实有效并且可以解释在实验误差范围内获得的结果

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来源
《IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control》 |1995年第5期|p.956-957|共2页
作者
Kwiek P.; Mayer W.G.; Reibold R.;
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正文语种 eng
中图分类声学工程;计量学;
关键词
acousto-optical devices; acousto-optical effects; fibre optic sensors; light diffraction; ultrasonic transducers; Raman-Nath light diffraction; calibration; fiber optic ultrasonic sensor; spatial resolution; theoretical model;

机译：声光器件;声光效应;光纤传感器;光衍射;超声换能器;拉曼-纳特光衍射;校准;光纤超声传感器;空间分辨率;理论模型;

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1. Observations concerning the reply to our comments on "Fiber optic ultrasonic sensor using Raman-Nath light diffraction" [J] . Kwiek P., Mayer W.G. IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control . 1995,第5期

机译：关于答复我们对“使用拉曼-纳特光衍射的光纤超声传感器”的评论的意见
2. Comments on "Fiber optic ultrasonic sensor using Raman-Nath light diffraction" [and reply] [J] . Kwiek P., Mayer W.G. IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control . 1995,第5期

机译：关于“使用拉曼-纳特光衍射的光纤超声传感器”的评论[和回复]
3. Observations concerning the reply to our comments on “Fiberoptic ultrasonic sensor using Raman-Nath light diffraction” [J] . Kwiek P., Mayer W.G., Reibold R. IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control . 1995,第5期

机译：关于答复我们对“使用拉曼-纳特光衍射的光纤超声传感器”的评论的意见
4. Multi-wavelength fiber-optic confocal position sensor with diffractive optics for enhanced measurement range [C] . Garry Berkovic, Ehud Shafir, Michael A. Golub, European Workshop on Optical Fibre Sensors . 2007

机译：具有衍射光学元件的多波长光纤共焦位置传感器，可提高测量范围
5. An investigation of multi-parameter fiber optic sensors with an application for strain and temperature differentiation using a novel controlled gauge length dual two-mode fiber-optic sensor. [D] . O'Keefe, Christian Victor. 1993

机译：使用新型可控标距双二模光纤传感器研究多参数光纤传感器及其在应变和温度微分方面的应用。
6. Low-Cost High-Performance Fiber Optic Fabry–Perot Sensor for Ultrasonic Wave Detection [O] . Haoyong Li, Delin Li, Chaoyu Xiong, 2019

机译：低成本高性能的光纤法布里-珀罗传感器用于超声波检测
7. A Fiber Optic Ultrasonic Sensor Using Polarization-maintaining Fiber for Partial Discharge Monitoring [O] . Xuefeng Li, Hexin Cao, Zhiming Chang, 2019

机译：一种光纤超声波传感器，采用偏光纤维进行局部放电监控

Comments on “Fiber optic ultrasonic sensor using Raman-Nathlight diffraction” [and reply]

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