1.
Numerical Simulation and Optimum Design of Air Distribution by Chair Supplying in Theatre;
剧院座椅下送风气流组织模拟与优化
2.
The potential application of bottom breezing system in public building
下送风系统在民用建筑中的应用潜能
3.
Study of the Ventilation Characteristics of an Underfloor Air Distribution System in a Cooling Wall Room
冷却壁面对下送风通风空调系统特性的影响
4.
Research for Airflow Feature and Noise of Under-Seat Air Supplies of Theatre Air Conditioning System;
剧院座椅下送风系统的流场特性与噪声的研究
5.
Influencing of Energy Consumption of Under Floor Air Supply Systems in Natatorium
某游泳馆下送风空调系统能耗的影响因素研究
6.
The Ventilation Character Study of Underfloor Distribution System with Multi-zone Model;
基于多区域热质平衡模型的下送风通风空调系统的特性研究
7.
Experimental and Numerical Simulation Research on Characteristics of Underfloor Air Distribution System with Cooling Wall;
具有冷却壁面的下送风通风空调系统的实验与数值模拟研究
8.
Simulation of Indoor Thermal Environment of Natatorium with under Floor Air Distribution System and Energy Consumption Analysis
游泳馆下送风空调系统的气流组织模拟及能耗分析
9.
Study on Indoor Air Movement of Up-supply Down-return Supply by 2DPIV
上送下回送风方式室内空气流动的2DPIV实验研究
10.
Rectification effects of orifice plate unit in the air volume testing equipment at two typed-sending
风量试验台在不同送风方式下整流效果分析
11.
Simulation and Analysis for Ice Storage Cold Air Distribution System of the Underground Market;
地下商场冰蓄冷低温送风气流组织模拟分析
12.
Influence of summer local circulation on the transportation of ozone from urban to the downwind area in Beijing
夏季局地环流对北京下风向地区O_3输送的影响
13.
The Positive Pressure Control of One Layer Basement Pressurization Air Supply System
只负担地下一层的加压送风系统正压值的控制
14.
conditioned blast air
空调鼓风,调温调湿送风
15.
central supply and exhaust system
集中送风和排风系统
16.
The upper supply and bottom exhaust air distribution is formed in painting polluting area with local plenum chamber and slot outlets.
利用局部静压箱和条缝型百叶排风口在污染控制区形成上送风下排风的气流组织形式。
17.
The clouds, higher than usual, swept across the sky before the tearing winds.
云块比往常更高，在烈风推送下，它们在天空疾驰而过。
18.
Therefore, the accidental poisonous gas diffusion is an important content in safety assessment.
笔者通过梯度输送理论，建立了无风条件下气体扩散的动态模型。