送风管就是风机盘管与送风口的连接管。
The air supply pipe is the connecting pipe of the fan coil pipe and the air outlet.
这些因素包括送风温度、送风速度、送风口直径、送风方式等。
These factors include outlet temperature, outlet velocity and outlet diameter.
送风口位置应尽可能远离通风柜，且其送风风口流速应尽可能低。
Air supply diffusion devices should be as far away from fume hoods as possible and have low exit velocities.
测试了百叶送风口低温贴附射流温度分布，确定了其射流轴心温度轨迹。
Testing the temperature distribution of the cold air attached jet on the double shutter, we can determine the trajectory of a core air temperature jet.
由此方程，本文建立起送风口模型试验方案，并进行了风口模型的实验验证。
According to the equation, the plan of supply outlet model testing that has been tested and verified is set up.
研制了一种旋流式低温送风口，并进行了空气动力学、低温送风及噪声测试。
Develops a new type of swirling cold air diffuser and tests its performance in aspects of aerodynamics, cold air supply and noise.
对新研制的一种旋流式低温送风口进行了空气动力、速度场、温度场及噪声测试。
A new swirling cold air diffuser has been researched after tests of aerodynamics, the velocity field, the temperature field and yawp.
设计并研制了一种双稳态电控变流型送风口，并介绍了该装置的结构、工作原理和性能特点。
A variable flow air supply outlet with double-stability electromagnetic control was designed and developed, whose operating principle, structure and performance are also described in this paper.
设计并研制了一种双稳态电控变流型送风口，并介绍了该装置的结构、工作原理和性能特点。
A variable flow air supply outlet with double-stability electromagnetic control has been designed and developed, whose operating principle, structure and performance are also described in this paper.
研发满足高验收标准的液槽密封高效送风口，可应用于医药、生物制品、精密电子等生产环境；
KENID can produced the high standards of acceptance liquid sealed HEPA box , which can be used in medicine, biological products, precision electronics and other production environment;
在竖井送排式通风时，排风口和送风口之间可能产生短道流动，这种短道流动会阻碍隧道内的空气交换。
When the sending and exhausting shaft is ventilated, short duct flow may occurred between outlet and inlet, which will baffle air exchange in highway tunnel.
高效过滤器送风口扩散孔板的开孔情况影响着室内流场、室内空气洁净度、洁净室自净时间和扩散板阻力。
HEPA supply outlet diffusion perforation panel influences cleanroom air velocity field, cleanliness, cleanliness recovery characteristic and resistance of the diffusion panel.
就变化风速的送风口所产生的气流流型对外科手术室内的细菌浓度和人体热舒适的影响进行了数值模拟分析。
With numerical simulation method the effect of the airflow pattern created by the air inlet of varying velocity on contaminant concentration and thermal comfort in an operating room was investigated.
将这种超疏水表面技术应用于空调冷表面的实验结果表明，无论条件如何苛刻，冷辐射板和送风口表面均不会凝露。
The results of the test applying this technique to cold surfaces show that the surfaces of cold radiant panels and low temperature air supply outlets will .
介绍了下送风气流组织中影响人体热舒适的四个主要因素：送风口型式，送风口到人体的距离，送风速度，送风温度。
Presents the four main factors affecting human thermal comfort for the system, including type of air supply inlet, distance between air supply inlet and occupancy, air supply velocity and temperature.
风机盘管的送风口与回风口不在同一水平面时(如送风口为上侧送、回风口为上回)，送风口与回风口距离可相对近一些。
Fan coil air outlet and the air return are not at the same level (such as when the outlet for side inlet and outlet for the last time), air inlet and the air return distance can be relatively close.
结果表明：回风口与送风口同侧布置、异侧布置对置换通风的气流组织影响不大，置换通风在大空间建筑空调中有应用价值。
The results indicate the influence is little and the replacement ventilation can be used for air-conditioning in large space buildings.
针对影响室内流场的各种因素，本文模拟分析了送风温度、送风的相对湿度、送风速度、送风口的角度以及风口间距对结露的影响。
Thinking of the factors affecting indoor flow field, this dissertation simulates and analyzes the air distribution temperature, relative humidity, velocity, vent angle and distance between two vents.
在其合理组织室内空气流动、使空气温湿度、流速等能更好的满足人们的舒适感觉的同时，其下送风口的气流再生噪声问题也备受关注。
It not only can indoor air flow organized rationally, but also can air temperature and humidity, flow rate satisfied. What's more, the noise control should also be concerned about.
认为通过合理布置末端ffu送风口位置及选择回风形式，以及选用较高级别的末端过滤器，可以在FFU满布率较低时达到较高的洁净度级别。
The result shows that selecting proper location of FFUs, appropriate mode of outlet and high level terminal filter, higher cleanliness level can be obtained in spite of lower coverage rate.
2月2日，爱荷华市，爱荷华大学的员工们正在利用电梯将卡沃生物医学研究大楼送风口中的积雪搬运出来。巨大的风暴将雪花吹入送风口，导致整座大楼无法通风。
27university of Iowa employees use an elevator to carry out snow that had blown into the Carver Biomedical Reseach Building's air supply intake February 2 in Iowa City.
2月2日，爱荷华市，爱荷华大学的员工们正在利用电梯将卡沃生物医学研究大楼送风口中的积雪搬运出来。巨大的风暴将雪花吹入送风口，导致整座大楼无法通风。
27university of Iowa employees use an elevator to carry out snow that had blown into the Carver Biomedical Reseach Building's air supply intake February 2 in Iowa City.
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