基于CCD的光子速度传感器

Conference on Photonics for Transportation Pub Date : 2002-04-25 DOI:10.1117/12.463457

Mikhael E. Fainberg, Serge F. Kabov, A. A. Utenkov

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引用次数: 1

摘要

非接触式光子速度传感器为测量地下运行的机车或轨道测试车厢的速度提供了机会。光子速度传感器的工作原理是基于运动图像的二维滤波，借助具有时间延迟集成(TDI)的晶体光敏电荷耦合器件(PhCCD)，设计了GUP“NPP脉冲星”。

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Photonic velocity sensor based on CCD

Non-contact photonic velocity sensor gives an opportunity to determine a velocity of locomotive travelling or track- testing coach in the underground. The principle, how a photon velocity sensor works, is based on two-dimensional filtration of the moving image with the help of a crystal photosensitive charge-coupled device (PhCCD) with a time delay integration (TDI), designed GUP 'NPP Pulsar.'

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Conference on Photonics for Transportation

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