建模工作证明了1M型（中等）等温线在实现燃气干燥剂冷却应用的高性能系数（COP）和冷却能力方面的优势。讨论了具有1M型性能的干燥剂系统。材料性能测定包括吸附/解吸等温线、吸附速率、吸附热和循环老化性能。对单个材料组分以及选定的组分混合物的性能进行了测量。将真实材料的等温线用作干燥剂冷却系统模型的输入，预测的性能与1M型干燥剂的性能几乎相同。关键词:干燥剂，燃气，冷却，计算，性能，性能系数，吸附式除湿器，除湿器，测量，性能，吸附，解吸。 引文:研讨会，ASHRAE交易，第97卷，Pt。1991年，纽约

Modelling efforts have demonstrated the superiority of a Type 1M (moderate) isotherm in achieving high coefficients of performance (COP) and cooling capacities for gas-fired desiccant cooling applications. Desiccant systems that exhibit Type 1M behaviour are discussed. Material property determinations presented include adsorption/desorption isotherms, adsorption rate, heat of adsorption, and cyclic aging performance. Properties were measured on individual material components as well as selected component mixtures. Isotherms from real materials were used as inputs to a desiccant cooling system model, and predicted performance was nearly identical to that for a Type 1M desiccant.KEYWORDS: desiccants, gas fired, cooling, calculating, performance, coefficient of performance, adsorption dehumidifiers, dehumidifiers, measuring, properties, adsorption, desorption.