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首页> 外文期刊>電気学会論文誌. E >Fabrication and performance of a fiber optic micro-probe for megahertz ultrasonic field measurements
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Fabrication and performance of a fiber optic micro-probe for megahertz ultrasonic field measurements

机译:用于兆赫超声场测量的光纤微探针的制备和性能

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摘要

For measuring high-frequency and intense ultrasonic fields, a miniature sensor with a durable structure has a great demand recently. The authors propose a new fabrication method of the small acoustic sensor which is composed of a micro optical cavity of 100μm long at the end of an optical fiber. The deformation or the refractivity change of the cavity by sound wave is measured by monitoring the reflected light intensity at another end of the fiber. In this report, the fabrication technique of the sensing part is first described.
机译:为了测量高频和强超声场,近来对具有耐用结构的微型传感器的需求很大。作者提出了一种小型声传感器的新制造方法,该传感器由在光纤末端长100μm的微光学腔组成。通过监测光纤另一端的反射光强度,可以测量因声波引起的空腔变形或折射率变化。在此报告中,首先描述了感应部件的制造技术。

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