1) Fan Terminal Unit
地台送风机
3) air-supply through ditch
地沟送风
4) underfloor air supply
地板送风
1.
Variable air volume control of terminals and air conditioning boxes for underfloor air supply systems;
地板送风系统末端与空调箱的变风量控制
2.
Discussion on application of a combined chilled ceiling and underfloor air supply system in an office building;
辐射吊顶与地板送风复合系统在办公建筑中的应用探讨
3.
Presents the characteristic of the swirling jet diffuser and its application in theunderfloor air supply system.
介绍旋流风口的特性及其在地板送风系统中的应用,同时分析地板送风的基本原理以及其优越性,并对其设计提出了相应要求。
5) underfloor air distribution
地板送风
1.
Comparison and analysis of cooling load calculation methods for underfloor air distribution system;
地板送风系统冷负荷计算方法比较分析
2.
Application of underfloor air distribution to management and equipment rooms of underground railway stations;
地铁车站设备管理用房采用地板送风方式探讨
3.
Design and experimental study of underfloor air distribution with swirl diffusers for office buildings;
办公建筑中旋流风口地板送风系统的设计及实验研究
6) UFAD
地板送风
1.
Based on the indoor environmental measurements & questionnaires’ inquiry in the office with UFAD, compare and analyze the performances of the air distribution, thermal comfort, air quality, and environmental noise quality.
通过对某办公室使用地台风机送风的室内环境现场测试和问卷调查,分析和比较了地台风机的气流组织、热舒适、空气品质、声环境等室内环境特性,从而对于地板送风系统末端选择和维护提供一些行之有效建议。
2.
In the underfloor air distribution(UFAD) system,the indoor air stratification plays an important role for the accurate prediction of system energy consumption.
地板送风系统的室内空气分层现象对准确预测系统能耗非常重要。
3.
This thesis introduced the status quo, existent problems and tasks which still need to be studied in the domestic and international research on UFAD (underfloor air distribution system), expounded the principle and characteristic of UFAD.
本文介绍了地板送风空调系统在国内外的研究现状、存在的问题以及仍需研究的课题,简述了地板送风的原理与特性,并与传统的混合通风方式进行了比较,指出地板送风有独特的通风气流组织、较高的通风效率、布置灵活、能够随意调节实现局部气候环境的个人控制满足个人热舒适性要求以及节能的优点,是一种充分体现以人为本的通风方式,具有广阔的发展前景。
补充资料:送李邕之任滑台
【诗文】:
汉家重东郡,宛彼白马津。黎庶既蕃殖,临之劳近臣。
远别初首路,今行方及春。课成应第一,良牧尔当仁。
【注释】:
【出处】:
全唐诗:卷3_6
汉家重东郡,宛彼白马津。黎庶既蕃殖,临之劳近臣。
远别初首路,今行方及春。课成应第一,良牧尔当仁。
【注释】:
【出处】:
全唐诗:卷3_6
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