Radiative absorption by evaporating droplets
Radiative absorption by evaporating droplets
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DOI：
10.1016/0017-9310(80)90134-9
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发表时间：
1980
影响因子：
5.2
通讯作者：
G. Harpole
中科院分区：
文献类型：
--
作者：
G. Harpole
辐射吸收引起的体积加热已计算为温度高达 1450K 的黑体周围球形水滴径向位置的函数。还计算并列出了液滴有效吸收率和从参考直径蒸发到任何较小直径的时间。通过计算表中条目之间的差异，可以找到从一种尺寸蒸发到另一种尺寸的时间。为这些计算开发的光线追踪程序包括偏振、折射、外反射、多次内反射和吸收。
The volumetric heating due to radiation absorption has been computed as a function of radial position for spherical water droplets in black body surrounds of temperatures up to 1450K. The droplet effective absorptance and the time to evaporate from a reference diameter to any smaller diameter have also been computed and tabulated. By taking differences between entries in the table, the time to evaporate from one size to another size can be found. The ray tracing procedure developed for these computations includes polarization, refraction, external reflection, multiple internal reflections, and absorption.