七种不同隔热玻璃单元暖侧表面温度分布的数据。使用红外热成像和外部参考技术测量表面温度。这项技术允许非侵入性地详细绘制表面温度。嵌装玻璃放置在温暖和寒冷的环境室之间，这些环境室在与冬季供暖标准设计条件相对应的条件下运行。暖侧和冷侧的温度分别为21摄氏度（70华氏度）和-17.8摄氏度（0华氏度）。膜系数略有不同，平均条件约为7.6W/m2。暖侧为K（1.34Btu/h.ft2.degF），28.9W/m2。冷侧为K（5.1Btu/h.ft2.degF）。 绘制了沿隔热玻璃中心线的垂直分布和沿中心线的水平分布的表面温度数据。关键词:1996年，表面温度，双层玻璃，隔热窗膜，测量，气候室，热成像，三层玻璃，计算，窗户，导热系数，热流，冷凝，温度分布。会议，ASHRAE Trans。1996年，第102卷，第2部分

Data presented for the distribution of surface temperatures on the warm-side of seven different insulated glazing units. Surface temperatures are measured using infrared thermography and an external referencing technique. This technique allows detailed mapping of surface temperatures that is nonintrusive. The glazings were placed between warm and cold environmental chambers that were operated at conditions corresponding to standard design conditions for winter heating. The temperatures were 21degC (70degF) and -17.8degC (0degF) on the warm and cold sides, respectively. Film coefficients varied somewhat, with average conditions of about 7.6W/m2.K (1.34Btu/h.ft2.degF) for the warm side and 28.9W/m2.K (5.1Btu/h.ft2.degF) for the cold side. Surface temperature data are plotted for the vertical distribution along the centreline of the insulated glazing and for the horizontal distribution along the centreline.KEYWORDS: year 1996, surface temperature, double glazing, insulating window films, measuring, climate chambers, thermophotography, triple glazing, calculating, windows, thermal conductivity, heat flow, condensation, temperature distribution