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Method of measuring the radiation power of a material and the corresponding blackbody model to determine its normal emissivity

机译:测量材料辐射功率的方法和相应的黑体模型以确定其正常发射率

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摘要

When measuring the normal emissivity of materials, it is assumed that the radiation flux density on the surface of the test material and in the blackbody model for the corresponding surface is uniformly distributed. However, because of the design features of the heaters of the test material and blackbody model, this assumption is not always valid. This article proposes a methodology for measuring the radiation power of the surface of a test material and the corresponding blackbody model, exhibiting a uniform radiation flux density in the surface central region. The feasibility of measuring the radiation power of a surface with a uniform radiation flux density was experimentally confirmed on an alumina sample at a temperature of 1195 K. (C) 2020 Optical Society of America
机译:当测量材料的正常发射率时,假设在测试材料表面和相应表面的黑体模型中的辐射磁通密度均匀分布。 然而,由于测试材料的加热器和黑体模型的设计特征,这种假设并不总是有效的。 本文提出了一种用于测量测试材料表面的辐射功率和相应的黑体模型的方法,表现出表面中心区域的均匀辐射磁通密度。 在1195k的温度下,在氧化铝样品上通过实验证实了测量具有均匀辐射助焊剂密度的表面辐射功率的可行性。(c)2020光学学会

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