Anti-Fog Coating Detection

本项目的研究旨在帮助解决自动系统公司(**Magna Exteriors Inc.的一个部门)面临的一个问题。并涉及识别汽车外壳中使用的丙烯酸**透镜内部是否存在防雾膜涂层。对于聚碳酸酯镜片，在**荧光闪电下进行目视检查时，训练有素的人员可以确定是否存在所需的涂层，但当镜片由丙烯酸材料制成时，同样的**方法不起作用。U渥太华团队将利用其在光学材料方面的**专业知识，以荧光或其他光学**特性为基础，发现一种新的方法，该方法将允许训练有素的人员在各种现场情况下(包括制造环境或后者)快速检测防雾膜，在这种情况下，该方法将需要在**各种环境和气候条件下运行。

The research in this project aims to assist in the solution of a problem faced by Autosystems (a division of**Magna Exteriors Inc.) and related to identifying the presence of an anti-fog film coating the interior of acrylic**lenses utilized in automotive housings. While in the case of polycarbonate lenses visual inspection under**fluorescent lightning allows trained personnel to establish the presence or not of the required coating, the same**methodology does not work when the lens is constructed of acrylic material. The uOttawa team will use its**expertise with optical materials in order to discover a new approach, based on fluorescence or other optical**properties, that will allow rapid anti-fog film detection by trained personnel under a variety of field situations,**including the manufacturing setting, or latter, in which case the method will be required to operate under a**variety of environmental and climatic conditions.