新型空间速度信息激光多普勒传感器

V. Strunck, G. Grosche, D. Dopheide
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引用次数: 8

摘要

激光多普勒风速测量(LDA)是一种非侵入式测量流体流动速度的方法,通常目的是确定给定流体的速度分布。与其他方法一样,常见的LDA技术依赖于测量小探针体积中的速度,然后改变其在测试截面中的位置。这种速度剖面的空间分辨率主要受限于探针体积的大小(例如1毫米)。新方法及其变体允许将空间分辨率提高至少一个数量级,并在保持测量装置固定的情况下测量小尺度速度剖面
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Laser Doppler Sensors for Spatial Velocity Information
Laser Doppler Anemometry (LDA) is a non-intrusive method to measure velocities in fluid flows, often with the aim to determine the velocity profile for a given fluid. As other methods common LDA techniques rely on measuring the velocity in a small probe volume and then varying its position in the test section. The spatial resolution of such velocity profile is limited in principal by the size of the probe volume (say 1 mm). The new methlod and its variations allow improvements of the spatial resolutiion by at least one order of magnitude and to measure a small scale velocity profile while leaving the measuring apparatus fixed
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