1) cold air distribution dedicated outdoor air system(CDOAS)
低温送风独立新风系统
2) dedicated outdoor cold air system(DOCAS)
低温送风独立新风系统(DOCAS)
3) dedicated outdoor air system
独立新风系统
1.
Analysis of choosing cold source form in dedicated outdoor air system;
独立新风系统冷源方式的选择分析
2.
Technology research and feasibility analysis of the radiant cooling ceiling with dedicated outdoor air system;
辐射冷吊顶/独立新风系统的技术研究与可行性分析
3.
Study of the dedicated outdoor air system(3):dedicated outdoor air system with conventional fan-coil units;
独立新风系统(DOAS)研究(3):常规风机盘管独立新风系统
4) DOAS
独立新风系统
1.
To the question, introducing the concepts and characteristics of the desk task-ambient air and DOAS, expounding and analyzing the feasibilit.
本文针对以上问题,分别介绍了桌面工位空调与独立新风系统(DOAS)的概念和特点,阐述并分析了DOAS应用于桌面工位空调的可行性及其优势。
2.
This paper introduces the elements and characteristics of the dedicated outdoor air system(DOAS), analyzes the operating energy consumption of DOAS, comparing with the VAV system.
介绍了独立新风系统的组成及特点,与变风量系统的运行费进行了能耗对比。
3.
And suggest solving the dew problem with cold air distribution and DOAS.
最后通过设计计算说明采用独立新风系统与低温送风技术结合可以解决辐射地板的结露问题。
5) cold air distribution system
低温送风系统
1.
Study progress of cold air distribution systems;
低温送风系统的研究进展
2.
Cold insulation of pipeline for cold air distribution system has extreme significance to air-conditioning system energy conservating operation.
低温送风系统的管道保冷对空调系统的节能运行具有非常重要的意义。
3.
Introduced the design of ice thermal storage air condition & cold air distribution system in China Construction Bank Hangzhou Branch, expatiated on the design principal & method, summarized the main advantage of this system.
介绍了建行杭州市分行大楼的冰储冷空调和低温送风系统的设计 ,阐述了设计原则和设计思路 ,总结了该系统的主要优
6) low temperature air supply system
低温送风系统
1.
Presents the selection and calculation methods for the large temperature difference air conditioning units in the low temperature air supply systems.
结合焓湿图分析了低温送风空调系统的空气处理过程 ,给出了确定各个空气状态点参数的设计步骤 ,介绍了低温送风系统用大温差空调机组的选择计算方
补充资料：独立子系统(systemofindependentparticles)
【独立子系统】(systemofindependentparticles)由相互独立的微观粒子所组成的系统。粒子间的相互作用可以忽略。如理想气体，稀溶液中的溶质分子等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条