air humidification
英
美
网络 空气加湿
双语例句
- Solution: Aside from sufficient rest and proper eye protection, ventilation should be improved in offices with air humidification equipment.
解决方法：除了充足的休息和正确的护眼措施，还需通过空气加湿器改善室内通风状况。 - The air humidifier can be used for the air humidification of an air conditioning system, a family and other common places.
用于空调系统，家庭，及其它一般场所的空气加湿。 - The main fresh air: washed air filters, automatic machine fragrant air purification machine, negative ion air humidification ultrasound machine, no fire catalytic aromatherapy bottle.
清新空气方面主要有：水洗空气清新机，自动喷香机空气净化机，超声波负离子空气加湿机，无火催化香薰瓶等。 - The air purification and humidification machine has the advantages of scientific design, simple structure, reliable purification and humidification effect, and comfort and durable use.
该空气净化加湿机设计科学，结构简单，加湿净化效果可靠，舒适耐用。 - The utility model discloses a rotary high-effect spray automatic controlling negative ion humidity increaser, relating to a device for the air conditioning and air humidification.
旋转高效喷雾自控负离子增湿器，涉及一种空气调节，特别是空气增湿的装置。 - Objective To observe the effects of lasting air way humidification with precision infusion set.
目的观察机械通气中精密输液器持续气道湿化的效果。 - A Study on the Performance of New Air Humidification System for Fuel Cell Engine
新型燃料电池发动机空气增湿系统性能研究 - Method 60 patients with artificial air channels After remove machine were divided into two groups. 30 patients in experimental group has oxygen supply by heated humidification.
方法撤机后仍保留人工气道的患者60例，随机分为两组，实验组30例，采用经加热湿化给氧法； - The performances of blower, radiator and membrane humidifier are studied and an integrated design of the air humidification system of fuel cell engine is carried out based on system performance optimization.
对鼓风机、散热器和膜增湿器的工作特性进行了研究，基于系统整体性能优化进行了燃料电池发动机空气增湿系统集成设计。 - Observation of Effect of Lasting Air Way Humidification with Precision Infusion Set
精密输液器持续气道湿化的效果观察 - Especially, two new technologies in air conditioning industry are introduced: non-water air humidification and membrane based total heat recovery.
介绍我国家电在节能方面的研究趋势，及常用家电的节能技术，重点介绍新开发的二种新技术：无水加湿技术和基于膜的全热回收换气机。 - An energy-optimized solution for industrial textile production direct air humidification is described.
描述了产业用纺织品生产中节能的解决方案&直接空气增湿。 - Analyses the thermal parameters of the open air conditioning system introduced with indirect evaporative cooling. Presents a mathematical model to be used in indirect evaporative cooling. Discusses the influence of inlet fresh air relative humidity and efficiency of the heat exchanger to the quantity of humidification.
将间接式水蒸发空调系统用于交通岗亭中，分析了系统的热力参数，建立了系统的数学模型，分析一次气流进口相对湿度及换热器效率对系统加湿量的影响，并给出计算例子。 - On the basis of wet-film humidification being a kind of more new-type air humidification method, from humidification mechanism of the wet-film humidifier, establish governing equation which had been separated by using finite difference method, and use the MATLAB software to solve it.
湿膜加湿是一种比较新型的空气加湿方法，从湿膜加湿器的加湿机理出发，建立了数学控制方程，利用有限差分法将控制方程离散，并利用MATLAB软件编程序求解。 - Humidifying spray device can obviously decrease the back pressure. In this paper the calculation of economic water amount for air cooling spray humidification system was carried out.
空冷单元内加装喷雾增湿装置能很好的降低机组背压，本文对空冷机组空冷单元喷雾增湿系统喷水量与经济性进行了计算。 - This paper had conducted theoretical and experimental research of the humidifier filled with SiC ceramic corrugated packing, which was used in the air humidification process.
本文将SiC泡沫陶瓷波纹填料应用于湿化器中，并从理论和实验两个方面对填料湿化器进行研究。 - The main content of this paper was as follow: ( 1) Hydrodynamics and heat and mass transfer efficiency of SiC ceramic corrugated packing applied to air humidification process.
本文的主要内容有：（1）.SiC泡沫陶瓷波纹填料流体力学性能和传热传质性能研究。 - The results show that air humidification has obvious impact on the performances of gas turbine.
试验结果表明，空气加湿后对燃气轮机性能影响明显。 - The SiC ceramic corrugated packing was used in the humidifier. The air humidification process was investigated in a wide operation range.
将SiC泡沫陶瓷波纹填料应用于湿化器中，在很宽的操作范围内，对空气湿化过程进行了研究。 - It was noted from the results that air humidification process was dominated by the mass transfer between water and air. Air extracted exergy from water mainly by evaporation.
结果表明空气湿化过程是由传质过程主导的，空气从水中获得（？）主要是靠蒸发过程。