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首页> 外文期刊>International Journal of Thermophysics >Measurement of Apparent Thermal Conductivity and Laser Absorptivity of Individual Carbon Fibers
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Measurement of Apparent Thermal Conductivity and Laser Absorptivity of Individual Carbon Fibers

机译:单个碳纤维的表观热导率和激光吸收率的测量

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摘要

The apparent thermal conductivity (ATC) and laser absorptivity () are important properties of miroano materials but a challenge to measure due to their small size. In this paper, a simple and effective method employing Raman spectroscopy together with electrical heating is developed to measure thermal properties of microano wires. The sample used in the experiment is very simple and easy to fabricate. The ATC is obtained by measuring the temperature difference induced by changing the electrical heating power; the laser heating power is neither neglected nor needed. Using the laser heating temperature rise and the measured ATC, the absorbed laser power can be calculated. Three individual carbon fibers were studied using the presented method.
机译:表观热导率(ATC)和激光吸收率()是miro / nano材料的重要属性,但由于其尺寸小而难以测量。在本文中,开发了一种简单有效的方法,该方法利用拉曼光谱结合电加热来测量微/纳米线的热性能。实验中使用的样品非常简单且易于制造。通过测量通过改变电加热功率引起的温度差来获得ATC。激光加热功率既不可忽略,也不需要。使用激光加热温度升高和测得的ATC,可以计算吸收的激光功率。使用提出的方法研究了三种单独的碳纤维。

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