在过去的10年里，人们在两相热虹吸回路换热器领域进行了研究，以回收废气中的废热，从而在冬季预热进入的送风。虽然人们的注意力主要集中在使用两相热虹吸循环热交换器对外部空气进行预热，但该系统可用于在夏季对外部空气进行预冷。Mathur（1986）开发了一个能够模拟此类系统的计算机程序。对该程序进行了修改，以模拟和模拟使用蒸发冷却的夏季条件下的性能。讨论了可与两相热虹吸回路换热器一起使用的不同类型的蒸发冷却系统。模拟结果表明，如果将间接蒸发冷却原理应用于双螺杆泵，可以显著降低冷却操作和设备成本- 相热虹吸循环换热器系统。关键词:蒸发冷却，间接冷却，热虹吸，热交换器，计算，模型，计算机程序，性能，成本。引用:研讨会论文，佐治亚州亚特兰大，1990年

In the last 10 years, research has been done in the area of two-phase thermosiphon loop heat exchangers for recovering waste heat from exhaust air for preheating the incoming supply air during the winter. While attention mainly has been focused on preheating the outside air with the use of two- phase thermosiphon loop heat exchangers, the system can be used for precooling the outside air during the summer. A computer program capable of simulating such systems was developed by Mathur (1986). The program has been modified to model and simulate the performance for summer conditions with the use of evaporative cooling. Different types of evaporative cooling systems that can be used with two-phase thermosiphon loop heat exchangers are discussed. Simulated results show a significant reduction in cooling operation and equipment costs if the indirect evaporative cooling principle is applied to a two-phase thermosiphon loop heat exchanger system.KEYWORDS: evaporative cooling, indirect cooling, thermosiphon, heat exchangers, calculating, models, computer programs, performance, costs.