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吸附式制冷系统中现有的各种吸附器（如翅片管式吸附器、管带式吸附器及板式吸附器等）在应用过程中都存在一些缺点。我们设计了一种螺旋板式吸附器，并将其成功地应用在采用活性炭－甲醇为工质对的连续回热型吸附式制冷系统中。实验中该吸附器显示了良好的性能，可以使循环周期大大缩短。通过对建造的连续回热型吸附式制冷系统性能的测试分析，指出了原有连续回热型吸附式制冷系统的弊端，着重讨论了实现连续回热型循环的有效途径。同时，对实现热波循环的可行性表示了质疑
Adsorption refrigeration system in the existing variety of adsorbers (such as fin tube adsorber, tube-type adsorbers and plate adsorbers, etc.) in the application process there are some shortcomings. We designed a spiral plate adsorber and successfully applied it to a continuous regenerative adsorption refrigeration system that uses activated carbon-methanol as the working fluid pair. Experiments in the adsorber showed good performance, can make cycle time greatly reduced. Through the analysis of the performance of continuous regenerative adsorption refrigeration system, the disadvantages of the original continuous regenerative adsorption refrigeration system are pointed out, and the effective way to realize the continuous regenerative cycle is emphatically discussed. At the same time, it questioned the feasibility of realizing the thermal wave cycle