一种低成本柔性光纤热导率微测量装置的研制

Andrew Latulippe, Y. Ait-El-Aoud, R. Osgood, Hongwei Sun
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引用次数: 1

摘要

介绍了一种低成本的“悬臂”式装置,它能够产生热量并同时测量温度。该装置使用光刻工艺在柔性聚酰亚胺基板上制造以形成薄金加热器图案。利用直流电的焦耳加热,产生的热量集中在悬臂的尖端。加热器的功能是作为一个能够精确测量温度的RTD。该装置用于测量小的、高纵横比结构(如纤维)的热导率,方法是使用并联电阻模型测量热阻。使用细铂丝作为参考材料,获得了准确的导热系数值。
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Fabrication of a Low Cost Flexible Micro-Device for Measuring Fiber Thermal Conductivity
Introduced is a low cost "cantilever" like device that is capable of generating heat and simultaneously measuring temperature. The device is fabricated on flexible polyimide substrate using a photolithography process to form thin gold heater patterns. Heat generation is concentrated at the tip of the cantilever using Joule heating from a direct current. The heater functions as an RTD capable of accurate temperature measurements. The device is used to measure the thermal conductivity of small, high aspect ratio structures such as fibers by measuring the thermal resistance using a parallel resistance model. Using a thin platinum wire as a reference material, accurate values for thermal conductivity are obtained.
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