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Optical-fiber interferometer for velocity measurements with picosecond resolution

机译:光纤干涉仪,用于皮秒级速度测量

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The conventional Doppler laser-interference velocimeters are made up of traditional optical elements such as lenses and mirrors and will generally restrict its applications in multipoint velocity measurements. By transfering the light from multimode optical fiber to single-mode optical fiber and using the currently available conventional telecommunications elements, the authors have constructed a velocimeter called all-fiber displacement interferometer system for any reflector. The unique interferometer system is only made up of fibers or fiber-coupled components. The viability of this technique is demonstrated by measuring the velocity of an interface moving at velocity of 2133 m/s with 50 ps time resolution. In addition, the concept of optical-fiber mode conversion would provide a way to develop various optical-fiber sensors.
机译:常规的多普勒激光干涉测速仪由诸如透镜和反射镜的传统光学元件组成,通常会限制其在多点速度测量中的应用。通过将光从多模光纤传输到单模光纤并使用当前可用的常规电信元件,作者为任何反射器构造了一种称为全光纤位移干涉仪系统的测速仪。独特的干涉仪系统仅由光纤或光纤耦合组件组成。通过以50 ps的时间分辨率测量以2133 m / s的速度移动的界面的速度,证明了该技术的可行性。另外,光纤模式转换的概念将提供一种开发各种光纤传感器的方法。

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