1) SkyTrain
空中列车
1.
SkyTrain and Integrated Transport System in Greater Vancouver Region;
空中列车及大温哥华地区综合交通系统
2) train air-conditioning
列车空调
1.
Research on the fuzzy control of train air-conditioning based on PMV index;
基于PMV指标的列车空调模糊控制研究
2.
Research on energy-saving of train air-conditioning based on PMV index
基于PMV指标的列车空调节能研究
3) Air-conditioned train
空调列车
1.
Study on variation of temperature during the operation of air-conditioned train;
空调列车运行时环境温度变化规律的研究
2.
By establishing mathematical model, and applying the PID control, we have an emulation trial to the concentration of CO2 in air-conditioned train at the environment of SIMULINK, to keep the concentration of CO2 at the given concentration, achieving the aim of controlling fresh air.
通过建立数学模型,并采用PID控制,在SIMULINK环境下对空调列车中的CO2浓度进行了仿真控制,使其维持在设定浓度,达到合理控制新风量的目的。
3.
Based on the actual condition of air-conditioned train, this paper designes questionnaires about IAQ intrain compartment and investigates the IAQ by the questionnaires.
结合空调列车的实际情况,设计出关于车厢内空气品质的问卷调查表并进行实地调查。
4) Train air conditioning
列车空调
1.
Study on the application of R407C refrigerant on train air conditioning;
R407C环保制冷剂在列车空调上的应用研究
2.
In the paper, the situation of train air conditioning at present is introduced, then the frequency control of speed for train air conditioning is analyzed, and the advantages of frequency control of speed being used in train air conditioning is put forward, such as save energy and suitability.
本文阐述了我国铁路列车空调运行的现状 ,对列车空调应用变频技术进行分析 ,指出变频式列车空调系统具有节能和更好的满足旅客舒适性等优
3.
But nowadays in our country, train air conditioning aise not very common, and the standard design materialsi are not available.
通过对普通列车、高速列车、双层列车、国际旅游列车的空调及其机组的设计、研究、分析后,提出了有用的列车空调设计资料,以资我国列车空调设计人员参考、选用。
5) air-conditioning train
空调列车
1.
After analyzing the data, it puts forward the recommend values of temperature and humidityfor the air-conditioning train that meet the passengers require of thermal comfort.
通过分析比较计算结果,提出基于热舒适性要求的夏季空调列车车厢内温湿度设定值推荐范围。
2.
However,this method is fit for evaluating the indoor air cleaner,and not for evaluating air cleaner in air-conditioning train.
该方法是针对室内空气净化器的,用于评价铁路空调列车空气净化器显然不太合适。
6) air-conditioned compartment
空调列车
1.
A basis for the optimized design of air distribution in the air-conditioned compartment was given.
运用k ε紊流模型对空调列车 (硬座车 )室内气流组织 ,主要是速度场进行了数值模拟 ,采用了有限单元法 ,建立了计算边界条件 ,为空调列车室内气流组织优化设计提供了依据。
补充资料：空中战役(见空中进攻战役)
空中战役(见空中进攻战役)
air campaign
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