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首页> 外文期刊>International journal of air-conditioning and refrigeration >A Study on Thermal Characteristics Affected by Air Distribution System Installed in Indoor Ice Rink Arena
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A Study on Thermal Characteristics Affected by Air Distribution System Installed in Indoor Ice Rink Arena

机译：室内溜冰场安装空气分配系统对热特性的影响研究

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The Republic of Korea held the Winter Olympics in February 2018 and built several indoor ice rinks. Recently, the population of viewing and enjoying winter sports in indoor ice rink arenas is increasing and it is expected that the demand for building new indoor ice rink arenas will increase in the future. These indoor ice rinks generally should have an adequate dehumidifica-tion and heating system to provide optimal indoor air condition for users (spectators and athletes) under the required heat and humidity conditions. In addition, HVAC system designers should take steps to prevent fogging from condensation on the ice surface and to prevent condensation on the walls. This study was carried out to evaluate the formation of fog near the ice surface by using two air distribution systems applicable to the indoor ice rink arena. It was confirmed that the mixed ventilation method did not cause fog near ice surface, and that there is a great difference in the composition of the indoor thermal environment of the ice rink arena according to the type of ventilation system.
机译：大韩民国于2018年2月举行了冬季奥运会，并建造了几个室内溜冰场。近来，在室内溜冰场上观看和享受冬季运动的人数正在增加，并且预期在未来建立新的室内溜冰场的需求将增加。这些室内溜冰场通常应具有足够的除湿和加热系统，以在所需的热量和湿度条件下为用户（观众和运动员）提供最佳的室内空气条件。此外，暖通空调系统设计人员应采取措施，以防止起雾因冰面凝结并防止壁上凝结。这项研究是通过使用适用于室内溜冰场的两个空气分配系统来评估冰面附近雾的形成的。可以肯定的是，混合通风方法不会在冰面附近产生雾，并且根据通风系统的类型，溜冰场的室内热环境组成存在很大差异。

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