Use of a Furnace for a Thermal Radiation Source

F. Liebmann
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引用次数: 1

Abstract

Infrared thermometers are being designed to measure higher temperatures. To meet the calibration needs for these instruments, higher temperature sources are needed. Most of the infrared thermometer models reaching higher temperatures have a narrow field of view, meaning that there is the possibility of using a cavity thermal radiation source instead of a flat-plate thermal radiation source for their calibration. One possibility for the use of a cavity is designing the cavity for use inside of a furnace. This can present several challenges such as knowing the emissivity of the cavity. This issue is further clouded by the temperature uniformity on the cavity walls. This paper discusses placing a cavity inside a standard thermocouple calibration furnace. It discusses testing that was done to qualify the cavity. It then speaks to steps that may be taken in the future to improve this design.
使用熔炉作为热辐射源
红外温度计被设计用来测量更高的温度。为了满足这些仪器的校准需求,需要更高的温度源。大多数达到较高温度的红外测温仪模型具有窄视场,这意味着有可能使用腔体热辐射源而不是平板热辐射源进行校准。使用空腔的一种可能性是设计用于炉内的空腔。这可能会带来一些挑战,例如知道腔的发射率。这一问题由于腔壁上的温度均匀性而进一步复杂化。本文讨论了在标准热电偶校准炉内放置空腔的问题。它讨论了为使腔体合格所做的测试。然后,它说明了未来可能采取的步骤,以改进这种设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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