采用水制冷剂的非氟利昂空冷系统的研究

N. Abe, T. Itou, M. Kageyama, K. Kawasaki, S. Nakamikawa, Akira Sugawara, A. Tsurumaki, S. Yamazaki
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引用次数: 0

摘要

本文的目的是建立一个小型的,清洁的空气冷却系统,使用水制冷剂,并进行了实验检验。我们提供了一个实现无氟利昂空冷系统的基本报告,只使用水作为制冷剂。实验装置由两组组成,第一级由一台真空泵和容积约为60[升]的真空容器组成,第二级有两台热交换器(一台为热负荷)和一台水循环泵。每个地方的温度变化是用热电偶测量的。使用空调室内机或加热器作为热负荷;分别对空调量测和能量量测。因此,在仅使用水制冷剂的空气冷却系统中,提供了足够冷却房间空气的能力。本文作为附录介绍了一种新型的能排出大量水蒸气的真空泵的研制。
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Study on Non-Freon Air Cooling System Using Water Refrigerant
This paper aims for construction of a small, clean air cooling system using a water refrigerant and examines it experimentally. We offer a basic report for realization of the non-Freon air-cooling system using only water as a refrigerant. An experimental device consists of two groups, the first stage is composed a vacuum pump and a vacuum container of about 60 [liter] in volume, and the second stage has two heat exchangers (one is a heat load) and a water circulation pump. The variations of temperatures at each place are measured by thermocouples. An air-conditioner indoor unit or a heater as the heat load is used; the air conditioning measurement and the energy are measured, respectively. Consequently, in air-cooling system used only water refrigerant, the ability to cool a room air enough is provided. The development of a new vacuum pump which can exhaust a large amount of water vapor is introduced as an appendix.
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