灌层常规水冷却温度的计算

N. Usmonov, S. Sanayev, Z. Yusupov
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引用次数: 1

摘要

本文介绍了开发的计算蒸发冷却器出水冷却过程和湿空气最终温度的数学模型、算法和程序。数学模型的编制是在文献资料分析的基础上进行的。实际上,在所有工业企业中,技术设备都是通过配备蒸发冷却器的循环水供应系统进行冷却的。本文对住宅空调系统的冷却系统进行了选择。提出了带灌溉层的蒸发式水、空冷却器的基本设计方案,并给出了估算的热平衡和物料平衡。这些装置的主要元件之一是传热传质喷嘴-喷头。本文介绍了由垂直聚合物材料组成的拉希环喷头蒸发器室体积过程的数学建模结果。通过对该类型蒸发冷却器内循环水冷却过程的热模拟计算,得到了确定空气温度值的表达式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CALCULATION OF TEMPERATURE OF ROUTINE WATER COOLED IN IRRIGATED LAYERS
The article describes the developed mathematical model, algorithm and program for calculating the process of cooling the water leaving the evaporative cooler and the final temperature of humid air. The compilation of a mathematical model is based on the analysis of literature data. Practically at all industrial enterprises, technological equipment is cooled by means of circulating water supply systems equipped with evaporative coolers. The article made a choice of a cooling system for air conditioning systems of residential premises. The developed basic design scheme of the evaporative water and air cooler with the irrigated layer is presented, as well as the estimated thermal and material balance. One of the main elements of these devices is a heat-mass transfer nozzle - sprinkler. This article presents the results of mathematical modeling of processes occurring in the volume of the sprinkler evaporator chamber, Raschig rings composed of vertical polymeric materials. Expressions are obtained for determining the values of air temperature based on the calculation of thermal modeling of the process of cooling circulating water in evaporative coolers of the type in question.
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