实验结果表明蒸发器结霜大大降低风幕的送风速度。
The result of the experiment demonstrated that the outlet velocity could be reduced greatly with the frost formation on the evaporators.
在同样房间换气次数下，改变送风速度和出风面积，对OR。
When changes the supply air velocity and discharge area in the OR.
本文实验研究了陈列柜蒸发器结霜对其风幕送风速度的影响。
Experiment on the influence of frost formation on evaporators on the outlet velocity of the air curtain is carried out.
实验研究立式开式陈列柜风幕送风速度对其温度分布的影响。
As to the open vertical display case with outer and inner air curtains, the temperature distribution of the air curtain is experimented.
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.
通过改变送风速度、送风角度以及送风温度进行影响因素分析。
By changing the velocity, temperature and perspective of supply air, analysis its 'effective factors.
在试验研究中考察了送风速度和热源发热量对工作区气流组织的影响。
Analyses the influence of supply air velocity on thermal comfort by experiments.
提出选择适当的送风速度，在低温送风空调系统中能获得满意的空调效果的观点。
Suggesting that when you select the proper velocity, a good air conditioning effect can be achieved in the cold air conditioner.
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.
通过分析认为，送风温度的变化对于整个试验区域速度场和温度场的梯度变化影响较小，而送风速度的变化则影响较大。
It was concluded that change of air supplying temperature has a little influence on the gradient of the velocity and temperature.
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.
通过改变风幕的层数和各层风幕的送风速度，实验测试陈列柜运行期间柜内各层搁架上的瞬态温度值，来研究低温陈列柜内温度的变化和分布情况。
The transient temperature of the display case shelves was measured for studying the temperature variation and distribution in the display case by changing the number and the velocity of air curtain.
研究结果表明，工位空调室内温度呈现分区分布，工位送风效率高，可以实现总体节能，在合适的工位送风速度下，可以为办公人员提供较佳的工作环境。
The results show that the room temperature presents partition distribution and the task conditioning has good air-supply efficiency, which can achieve total energy co…
用热线风速仪、铜—康铜热电偶分别测量出不同送风量下的室内各个测点的速度和温度。
We used anemometers and copper constantan thermocouple respectively to measure velocities and temperatures of all measuring points under various air volumes within the room.
用热线风速仪、铜—康铜热电偶分别测量出不同送风量下的室内各个测点的速度和温度。
We used anemometers and copper constantan thermocouple respectively to measure velocities and temperatures of all measuring points under various air volumes within the room.
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