Science. 1976 Jul 16;193(4249):229-31. doi: 10.1126/science.193.4249.229.
The various radiative, convective, and conductive components of the net heat transfer are calculated and illustrated for various infrared transparencies of covers such as would be used in architectural, greenhouse, or solar collector windows. It is shown that in the limiting cases of infrared opacity and infrared transparency the relative contributions of the three modes of heat transfer are altered, but all contribute significantly. The radiation shielding arguments pertain to the analogous green-house effect in the atmosphere.
计算并说明了净热传递的各种辐射、对流和传导分量，这些分量适用于建筑、温室或太阳能收集器窗户等覆盖物的各种红外透光率。结果表明，在红外不透明和红外透明的极限情况下，三种传热模式的相对贡献会发生变化，但所有模式都有重要贡献。辐射屏蔽论点适用于大气中的类似温室效应。
