介绍了一种量热计测量方法，用于测量带有遮阳窗的窗户中常见的一些几何结构的吸收太阳能的层特定向内流动部分。向内流动的部分被发现对外部条件相对不敏感。双层玻璃上的内部百叶窗的计算结果与文献中的热模型计算结果一致，并且是这些计算的第一层特定验证。有人认为，这些向内流动的部分的数据库适用于适当广泛的几何形状类别，这将有可能从非绝热材料中确定太阳热增益系数- 量热计测量复杂开窗组件的太阳光学特性，这一过程被称为太阳热分离。关键词:1996年，量热计，测量，太阳能热增益，窗户，玻璃，热流，百叶窗，双层玻璃，百叶窗，隔热窗膜，光学性能描述:研讨会论文，亚特兰大，佐治亚州，1996年

Presents a calorimetric measurement of layer-specific, inward-flowing fractions of absorbed solar energy for a number of geometric configurations common in fenestrations with shading. The inward-flowing fractions are found to be relatively insensitive to exterior conditions. Results for an interior venetian blind over double glazing agree with thermal model calculations in the literature and are the first layer-specific verification of these calculations. It is argued that a database of these inward-flowing fractions for a suitably broad class of geometries will make possible the determination of solar heat gain coefficients from non-calorimetric measurements of solar-optical properties of complex fenestration components, a procedure termed solar-thermal separation.KEYWORDS: year 1996, calorimeters, measuring, solar heat gain, windows, glazing, heat flow, venetian blinds, double glazing, blinds, insulating window films, optical properties