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Micro-cavity perfect blackbody composite with good heat transfer towards a flat-plate reference radiation source for thermal imagers
Optics Letters ( IF 3.6 ) Pub Date : 2021-09-27 , DOI: 10.1364/ol.433028
Yuhei Shimizu 1 , Hiroshi Koshikawa 2 , Masatoshi Imbe 1 , Tetsuya Yamaki 2 , Kenji Godo 1 , Naohiko Sasajima 1 , Kuniaki Amemiya 1
Affiliation  

One of the key measures to secure reliable fever screening is to calibrate a thermal imager with an accurate flat-plate blackbody device in real time. We provide durable perfect blackbody plates with both high emissivity of ${\gt}{0.998}$ and good heat transfer, ideal for a high-precision reference radiation source. Reflectance measurements and heat transfer simulation demonstrate that a micro-cavity composite of a thin resin double layer or resin mixture with thermally conductive filler is an important solution for improving the emissivity and thermal performance of blackbody plates.

中文翻译:

微腔完美黑体复合材料,具有向热成像仪平板参考辐射源的良好热传递

确保可靠的发热筛查的关键措施之一是使用精确的平板黑体设备实时校准热像仪。我们提供耐用的完美黑体板,具有${\gt}{0.998}$ 的高发射率和良好的热传递,是高精度参考辐射源的理想选择。反射率测量和传热模拟表明,薄树脂双层或树脂混合物与导热填料的微腔复合材料是提高黑体板发射率和热性能的重要解决方案。
更新日期:2021-10-02
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