本课题主要针对散热器采暖系统低温运行的应用性进行研究。
This topic mainly aims at the application of radiator heating systems working under the low temperature.
提出了一种适用于分户计量采暖系统的对流型散热器的风阀调节方式。
A wind valve adjustment mode of convector radiator that is suited to individual metered heating system is put forward.
研究了配置有风阀的可调型对流散热器的热工性能及此室温调节方式在实际采暖系统中的应用效果。
The thermal property of the adjustable convection radiator fitted with a wind valve and the application effect of this adjustment mode in the practical heating system are studied.
对于分户热计量采暖系统，必须计算户间传热引起的热负荷，并将这一热负荷作为散热器选型的依据之一。
It is necessary to count heat load caused by heat transfer between househould for heating systems of individual househould heat metering, and the heat load is one basis of choosing radiator.
介绍了奥运村乡住宅项目采暖系统的设计，包括低温热水地板辐射供暖系统和散热器供暖系统。
The design of the heating system for Olympic village residential projects is introduced, including low-temperature hot water floor radiant heating system and radiator heating system.
采暖系统散热器的腐蚀现象对整个供暖系统造成较大的经济损失，从腐蚀的原因、危害及机理到如何正确地采取控制对策进行分析和阐述。
The corrosion phenomenon of heating system radiator is caused the bigger economic lose for the whole heat supply system. Analyses the reasons, harm principle and how to use control measures.
采暖系统散热器的腐蚀现象对整个供暖系统造成较大的经济损失，从腐蚀的原因、危害及机理到如何正确地采取控制对策进行分析和阐述。
The corrosion phenomenon of heating system radiator is caused the bigger economic lose for the whole heat supply system. Analyses the reasons, harm principle and how to use control measures.
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