1) Ventilation rate
通风率
1.
WT5BZ]Paper imtroduced the methods for measuring ventilation rate in maturally ventilated greenhouse ,mainly a method using an inert gas as tracer to measure.
文中介绍了在温室等建筑物内空气环境的研究中 ,利用某些不易于环境相互作用的惰性气体作为跟踪监测对象 ,测试通风率的方
2.
In order to better understand the microclimate inside a plastic covered multi-span greenhouse,it is essential to investigate the ventilation rate for the performances of various vents in it.
为了提高对塑料连栋温室环境的认识水平,必需研究连栋塑料温室各种通风机构的通风性能和通风率。
2) degree of ventilation
通风率
1.
The results indicate that the air permeability of wrapping paper and cigarette paper are the most prominent and important factors which affect the degree of ventilation.
采用正交试验设计法研究卷烟纸、成型纸、接装纸及嘴棒组合搭配对30 mm滤嘴长卷烟的纸通风率、滤嘴通风率以及总通风率的影响。
2.
Test was to study the effects of the above factors on the degree of ventilation and filtration efficiency of the cigarette with 24 mm filter rod.
采用正交试验设计的方法研究卷烟纸、成型纸、接装纸及嘴棒组合搭配对24 mm滤嘴长卷烟之纸通风率、滤嘴通风率、总通风率及过滤效率的影响。
3) venting velocity
通风速率
4) ventilation efficiency
通风效率
1.
Unsteady-state numerical simulation of load and ventilation efficiency for the room with displacement ventilation;
置换通风房间负荷及通风效率的非稳态数值模拟及分析
2.
Equation of ventilation efficiency in thermally controlled ventilation rooms;
热力控制型通风房间通风效率的表达式
5) ventilation effectiveness
通风效率
1.
Based on a theoretical analysis of effects of air distribution on ventilation effectiveness and the specific conditions of the VLCC repairing process, develops a new model of air distribution and an appropriate terminal device.
从理论上分析了气流组织对通风效果的影响，根据大型原油运输船（ＶＬＣＣ）修船通风的特点，提出了一种新式的气流组织模型及其相应的末端装置，并通过利用示踪气体法测定通风效率，对气流组织作出了定量评
2.
The ventilation effectiveness in this design was 1.
建立该主剧场观众厅有关速度场和温度场的数学模型,利用ICEMCFD和Fluent软件采用SIMPLE算法对此大空间内的气流组织和温度分布进行模拟,验证了设计方案的可行性,设计中采用置换通风的通风效率可达到1。
3.
The ventilation effectiveness in this design is 1.
着重介绍了某剧院工程观众厅的空调风系统设计方案,并建立观众厅的二维和三维实体模型,利用有限容积法对此大空间内的气流组织和温度分布进行模拟,验证了设计方案的可行性,设计的通风效率可达到1。
6) Degree of Total Ventilation
总通风率
补充资料：阿斯曼通风干湿表(见通风干湿表)
阿斯曼通风干湿表(见通风干湿表)
AS iman tongfeng ganshibiao阿斯曼通风干湿表见通风干湿表。
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