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倾斜表面上太阳生物有效紫外线辐射的全球辐照度模型。

Model for the global irradiance of the solar biologically-effective ultraviolet-radiation on inclined surfaces.

作者信息

Schauberger G

机构信息

Institut für Medizinische Physik, Veterinärmedizinische Universität Wien, Austria.

出版信息

Photochem Photobiol. 1990 Nov;52(5):1029-32. doi: 10.1111/j.1751-1097.1990.tb01821.x.

Abstract

The body surface area of man is the relevant receiving surface for solar UV radiation. To consider this body surface geometry, the biologically-effective UV radiation of the solar global radiation was measured. This was done at 26 differently aligned measuring points whose orientation was determined by the angle of inclination (vertical) and the azimuth (horizontal). Approximately eight hundred sets of measurement series were carried out at 33 different sites. A simple model, developed from the data obtained, made it possible to calculate relative irradiance as a function of the angle of inclination and the ground reflection (UV albedo). Thus relative risk of solar UV exposure to different regions of the body can be assessed. In addition to this, if the irradiance on a horizontal plane (measured or calculated by a corresponding model) is taken into consideration, the absolute values for UV irradiance on tilted planes can be determined.

摘要

人体表面积是接收太阳紫外线辐射的相关表面。为考虑该体表几何形状,对太阳总辐射的生物有效紫外线辐射进行了测量。测量在26个不同方位的测量点进行,其方位由倾斜角(垂直方向)和方位角(水平方向)确定。在33个不同地点进行了约800组测量系列。根据所获数据开发的一个简单模型,使得能够将相对辐照度计算为倾斜角和地面反射(紫外线反照率)的函数。因此,可以评估身体不同部位暴露于太阳紫外线的相对风险。除此之外,如果考虑水平面上的辐照度(通过相应模型测量或计算),则可以确定倾斜面上紫外线辐照度的绝对值。

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