匹配样品差示激光量热法

M. Bass, R. Swimm, M. Innocenzi
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引用次数: 0

摘要

热电偶激光量热法的发展,允许绝对测量非常小的光吸收的材料,用于高功率激光光学。该技术包括将一束光穿过待研究的样品,并通过附加的温度传感器测量其由于光能吸收而产生的温度变化。温度变化是相对于没有暴露在光线下的参考物体来测量的。对小至10-5 cm-1的吸收的灵敏度是可能的。吸收能量的光声检测允许吸收的相对测量,当与热电偶测量校准时,产生类似的绝对灵敏度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Matched Sample Differential Laser Calorimetry
Thermocouple laser calorimetry was developed to allow absolute measurement of very small optical absorptions in materials to be used for high power laser optics. The technique involves sending a beam of light through the sample to be studied and, by means of an attached temperature sensor, measuring its change in temperature due to light energy absorption. The temperature change is measured relative to a reference object which is not exposed to the light. Sensitivities to absorptions as small as 10-5 cm-1 are possible. Photoacoustic detection of the absorbed energy allows relative measurements of absorption and when calibrated against thermocouple measurements yeilds similar absolute sensitivities.
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