1) temperature rise of supply air
送风温升
2) blast temperature
送风温度
1.
Representative instrument adjusting loop——the composition and characteristic of combustion control;blast temperature control;blasting humidity control are emphasized.
着重介绍了热风炉典型仪表控制回路——燃烧控制、送风温度控制、送风湿度控制的构成和特点。
2.
When no high heat value gas input,blast temperature of HBS is 1250～1300℃.
没有高发热量煤气混入时,热风炉送风温度为1250～1300℃；有高发热晕煤气混入时,热风炉送风温度为1350～1400℃。
3) cold air distribution
低温送风
1.
Experiment of domestic swirl diffusers applied to cold air distribution systems;
国产旋流风口用于低温送风系统的试验研究
2.
Calculating method and program design for insulation layer thickness of cold air distribution duct;
低温送风管路保冷厚度确定方法与程序设计
3.
Ice Storage Cold Air Distribution System of the Underground Market;
地下商场冰蓄冷低温送风的分析研究
4) low-temperature air supply
低温送风
1.
Design and analysis on air supply process of air-conditioner with low-temperature air supply;
低温送风空调的送风设计与研究
5) supply air temperature
送风温度
1.
Modeling and control research of supply air temperature control systems in VAV air conditioning units;
变风量空调机组送风温度系统建模与控制研究
2.
Meanwhile, this paper also brought forward and analyzed the optimal control strategy of supply air temperature satisfying the relative humidity control requirement of ASHRAE Standard 62-2001.
在变风量空调及其控制系统动态仿真软件的基础上,根据ASHRAEStandard62-2001标准对于湿度控制的要求,分析了送风温度和冷媒水供水温度对空调区域相对湿度控制的影响。
3.
One is on line optimal reset of supply air temperature set point, which uses the signal of local controller of VAV damper as index of indoor relative load; another is on line optimal on/off control of CAV boxes which are designed for external zones because of solar heat gains.
其一是利用变风量末端风门开度的信号 ,将它们作为各区域相对负荷的指示信号 ,对送风温度进行实时优化 ;其二是针对周边区域采用定风量末端控制太阳辐射热负荷的空调系统 ,根据周边区域相对负荷大小 ,实时优化定风量末端的开 /停控制 。
6) cold air distribution system
低温送风
1.
Discussions on design and construction of duct insulation in cold air distribution systems;
低温送风系统风管保冷设计与施工
2.
The result indicates that the thermal environment for train with cold air distribution system can meet the demand of comfortable degree of occupants,the system can be applied and spreaded for the train air-condition.
针对25K硬座空调列车构建了物理模型,采用K-ε湍流模型,利用CFD软件,对列车采用低温送风技术时的车内热环境进行了数值模拟。
3.
The air condition system of combined cold air distribution system with ice thermal storage is designed and analyzed.
将空调系统中的冰蓄冷技术和低温送风技术结合起来进行设计和分析,结果表明,冰蓄冷加低温送风空调系统相结合,不仅可以降低整个系统运行能耗及费用,在达到一定规模后反而可以降低整个系统的初投资;同时可以改善室内空气品质,提高人体舒适感。
补充资料：送风
1.犹言借故生风。
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