制冷剂混合物可能替代几种CFC和HCFC制冷剂，尤其是R22和R502。使用混合制冷剂的设备的设计需要精确的传输特性；传输特性对冷凝器和蒸发器的设计尤为重要。一些新商业化的制冷剂混合物的传输特性数据现已在文献中提供。但目前还没有一个综合的混合模型来描述这种输运性质。一个合适的综合模型将允许使用不同于商用混合物的成分数据，甚至不同但化学性质相似的混合物的数据来补充特定混合物的可用数据，从而允许外推到更高或更低的温度或压力。 这项工作的目的是进行文献调查，并评估制冷剂混合物在液相和汽相的可用传输特性（粘度和导热系数）数据；使用这些数据开发制冷剂混合物传输特性的综合模型，并使用该模型生成R404A、R407C、R410A和R507A的数据表。

Refrigerant mixtures are likely replacements for several of the CFC and HCFC refrigerants, particularly R22 and R502. Accurate transport properties are needed for the design of equipment using refrigerant blends; the transport properties are particularly important for the design of the condenser and evaporator.Transport property data for some of newly commercialized refrigerant mixtures are now available in the literature. But there is no comprehensive mixture model for the transport properties. A suitable comprehensive model would allow data at compositions differing from the commercial blends and even data on different, but chemically similar mixtures, to be used to supplement the data available for a particular blend, allowing extrapolation to higher or lower temperatures or pressures.The objective of this work is to carry out a literature survey and evaluate the available transport property (viscosity and thermal conductivity) data for refrigerant blends, in both the liquid and vapor phases; use these data to develop a comprehensive model for the transport properties of refrigerant blends, and use this model to produce data tables for R404A, R407C, R410A, and R507A.