Tjugum S A, Vaagen J S, Jakobsen T, Hamre B
Roxar Flow Measurement AS, Solheimsviken, Bergen, Norway.
J Environ Monit. 2005 Jun;7(6):608-11. doi: 10.1039/b414327b. Epub 2005 Apr 27.
A study on the measurement of visibility by the use of light scattering has been carried out. The basis for the research was the optical forward-scatter sensor, Mira visibility sensor, developed and produced by Aanderaa Instruments. The focus of the study was on how to measure correct visibility at different weather situations (e.g. fog, rain, haze and snow) and how a sensor can provide information on the type of particles/drops which are causing reduced visibility. Optical scatter measurement of airborne dust was also investigated. The work includes theoretical calculations and experimental work. The correlations between scatter measurements and both visibility and the concentration of airborne dust are studied. A short introduction to the subject of visibility measurement is also included.
已经开展了一项关于利用光散射测量能见度的研究。该研究的基础是由安德拉仪器公司开发并生产的光学前向散射传感器——米拉能见度传感器。该研究的重点在于如何在不同天气状况(如雾、雨、霾和雪)下测量正确的能见度,以及传感器如何能够提供有关导致能见度降低的颗粒/液滴类型的信息。还对空气中尘埃的光学散射测量进行了研究。这项工作包括理论计算和实验工作。研究了散射测量与能见度以及空气中尘埃浓度之间的相关性。此外还包括对能见度测量主题的简短介绍。