湿空气

结果表明，以湿空气为自由基源物质时的NOx脱除效率比湿氧气低。

The efficiency of NOx removal with moist air as radical source was lower than that with moist oxygen .

本文论述了饱和湿空气增强因子f的物理概念、计算方法和应用，可作为湿度计量和湿空气热力学性质基础研究的参考。

In this paper , the physical ideas and calculation methods and applications of enhancement factors for saturated moist air are presented and may be used for references in researching of humidity measurements and thermodynamic properties of moist air .

甲烷-湿空气对冲扩散火焰中CO的生成特性

The characteristics of CO emission in METHANE-HUMID air counterflow diffusion flame

基于BP网络及其改进的湿空气状态参数预测

Prediction of Psychrometric Properties Based on BP and Its Improved Algorithms

湿空气作为自由基源物质脱除烟气中的NOx

Removal of NO_x from flue gases by moist air as radical source

湿空气透平循环（HAT循环）中饱和器性能实验台的设计

The Experiment of Saturator Performance in Humid Air Turbine Cycle

未来的先进动力循环中，湿空气透平（HAT）循环颇具发展前景。

Humid air turbine cycle is very promising among the future advanced power cycles .

湿空气透平（HAT）循环的系统优化和性能分析

System Optimization and Performance Analysis of a Humid Air Turbine ( HAT ) Cycle

湿空气透平（HAT）循环的研究发展现状

The present Status of Research and Development of Humid Air Turbine ( HAT ) Cycles

CeO2稳定Ru/γ-Al2O3湿空气氧化催化剂的研究

Investigation on CeO_2 Stabilized Ru / γ - Al_2O_3 Catalyst for Wet Air Oxidation Process

湿空气透平（HumidAirTurbine，简称HAT）循环是新型燃气轮机循环的重要研究发展方向之一。

Humid Air Turbine ( HAT ) cycle is an important research direction of new advanced gas turbine cycle .

利用MATLAB软件对湿空气湿球温度与其绝热饱和温度之间的偏差进行了计算。

The deviation between the wet bulb temperature and the adiabatic saturated temperature of wet air was calculated utilizing MATLAB software .

用VB计算湿空气参数

Calculating Parameter of Air with VB

环境温度对湿空气透平（HAT）循环性能的影响

The Effect of Ambient Temperature on the Performance of a Humid Air Turbine ( HAT ) Cycle Performance

因此，HAT循环饱和器分析应按实际混合气体模型计算湿空气的焓值。

So the enthalpy must be calculated by the real mixture model when analyzing the humidifier of HAT cycle .

湿空气中恒磁场导致（Tb，Dy）Fe2合金的滞后开裂

Delayed cracking induced by constant magnetic field in humid air for ( tb , dy ) fe_2 alloy

本文介绍了两个windows实用软件，一个是湿空气性质分析实用软件另一个是制冷循环分析实用软件。

In this paper , utility softwares for humid air property determination and refrigeration cycle analyzing developed upon WINDOWS 98 and Visual C + + 6.0 were introduced .

微湿空气法处理SiO2/γ-Al2O3催化剂制润滑油基础油

Treating the Catalyst SiO_2 / γ - Al_2O_3 for Producing Lubricating Base Oil by the Micro - Wetness Air Method

利用微湿空气法对SiO2／γ-Al2O3催化剂进行处理，将其用于制取润滑油基础油。

The catalyst SiO2 / γ ~ Al2O3 was treated by micro - wetness air for the production of lubricating base oil .

湿空气透平HAT循环以其优良的热力特性和环保性能为世人关注。

Experts are paying a great deal of attention to the humid air turbine ( HAT ) cycle due to its good thermodynamic and environmental performance .

湿空气环境对铝合金da/dN和J1c的影响

Effect of humid air on ( da ) / ( dn ) and j_ ( 1c ) of aluminium alloys

用改进的PR状态方程研究高温高压湿空气的热物性掺PR添加剂沥青混合料的高温性能评价方法

Modified PR Equation of State for Calculation of Thermodynamic Properties of Humid Air at Elevated Temperature and Pressure Evaluation Methods of High Temperature Performance of Asphalt Mixture with PR Additives

计算结果表明在火焰最高温度相同的情况下，湿空气中的水蒸汽使OH基浓度增加、O基和H基浓度降低，从而抑制CO的生成。

The calculated results clearly show that with steam addition , the OH radical is increased , O radical and H radical is decreased for the same flame temperature . So the production rate of CO is decreased .

3h的汽蒸处理和24h的湿空气处理均可有效地减小含水率梯度和残余塑性变定，但后者效果更佳；

Both a 3-hour steaming and 24-hour wet-air conditioning could decrease MC gradient and release residual plastic set , while the effects of the latter were better ;

由于湿空气透平（HAT）循环中进入透平的工质含湿量增加，使得透平性能变化很大。

Owing to the increase of moisture content in working medium entering the gasturbine of the humid air turbine ( HAT ) cycle , the performance of said turbine may be greatly varied .

结果指出较之湿空气透平（HAT）循环，IGHAT循环的空气含湿量有了大幅度的提高，从而使得循环比功大大增加。

From the results , we concluded that air humidity at the humidifier outlet and the specific power in the IG HAT cycle were enhanced greatly compared to the HAT cycle .

论Amk预报方程及新的湿空气动力学方程组

On the a_ ( mk ) forecast equation and the new dynamic equation system of moist air

采用选择的势函数模型以及矫正后的维里压力公式，对湿空气的PVT参数进行了模拟计算，并与相关实验数据进行了比较。

The PVT properties of moist air are calculated by chosen potential function model and modified virial pressure function , results agree well with experiment data .

全性质湿空气H-I算图

Wet-air H-I Calculation Chart of All Properties

湿空气对流活动层仅能达到500hPa至600hPa之间。

The top of moist convection air can only attain between 600 hPa and 500 hPa levels .