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Evaluation of baking performance by means of mid-infrared imaging

机译:通过中红外成像评估烘焙性能

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摘要

The present work aims to validate mid-infrared imaging as a promising method for evaluating oven systems. Therefore, a novel approach by analyzing mid-infrared radiation patterns captured by a thermal camera and subsequent image processing was developed. A thermal camera was adapted to two different oven systems: a standard electric deck oven and a novel gas-fired baking oven with integrated volumetric ceramic burners (VCBs). The baked goods were analyzed and key indicators describing the final product quality were determined. Specific volume, surface browning and mid-infrared image processing demonstrated a comparable performance of both oven systems. Furthermore, the determined surface heat homogeneity of the items to be baked was 0.65 +/- 0.05 (-) for the electronic oven and 0.70 +/- 0.03 (-) for the VCB oven. The proposed approach proved its fundamental qualification for comparing and evaluating different oven systems.
机译:目前的工作旨在验证中红外成像作为评估烤箱系统的有希望的方法。 因此,通过分析由热照相机和后续图像处理捕获的中红外辐射图案来分析一种新的方法。 热摄像机适用于两个不同的烤箱系统:标准电甲板和具有集成容积陶瓷燃烧器(VCB)的新型燃气烧成炉。 分析了烘焙的物品,并确定了描述最终产品质量的关键指标。 具体的体积,表面褐变和中红外图像处理证明了两个烤箱系统的相当性能。 此外,待烘烤物品的确定的表面热均匀性为电子烤箱的0.65 +/- 0.05( - ),对于VCB烘箱,0.70 +/- 0.03( - 0.03()。 拟议的方法证明了其对比较和评估不同烤箱系统的基本资格。

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