含湿量

纤维含湿量对环氧一酸酐基CFRP性能的影响

Effect of fiber moisture content on the properties of the EPOXY-ACID anhydride matrix CFRP

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 .

通过对不同室外工况下冷水机组性能的模拟，发现COP对室外空气含湿量最敏感。

Simulating the water chiller performance under different outdoor conditions , concludes that the absolute humidity of outdoor air has the most sensitive impact on COP .

采用范德华混合规则对含湿量从0.01到0.445的湿空气临界参数Pc、Vc、Tc进行了理论推导预测，给出了各含湿量下湿空气的临界参数。

Suppositional critical properties Pc 、 Vc 、 Tc of moist air are given for humidity ratios from 0.01 to 0.445 mol / molh-air by the help of Van der waals mixing-rule .

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 .

研究发现：电极通气中的氧气含湿量对放电的VI特性有影响，通过调节流量和湿度能够产生比较稳定的流光电晕。

The experimental results are as fellows : O 2 humidity has effect on discharging V I character , and the stable corona can be seen through adjusting flux and humidity .

对多孔材料的平衡湿度进行了研究，在GAUSS模型的基础上得到了多孔材料在整个湿平衡阶段的材料含湿量与空气相对湿度的关系，即平衡湿度曲线。

The balanced moisture of porous material is researched . Based on the GAUSS model , the relationship between the material moisture content and air relative humidity , namely the moisture storage function , in the whole material moisture content is studied .

随着钙硫比，烟气含湿量，石灰含水率的增加，脱硫效率增加：随着活化蒸气的通入，外加添加剂（FA）的加入，外加电压的施加，系统的脱硫效率增加。

Desulfurization efficiency added with the enhance of Ca / S molar ratio , flue gas humidity , the moisture content of calcium sorbent , desulfurization efficiency also increased after adding activated vapor , superinducing additive ( FA ), inflicting applied voltage .

主要研究了床重、床速、床内气体含湿量和入口烟气中SO2浓度对脱硫效率的影响。

The effects of the bed loading , velocity of the gas passing through the bed , relative humidity of the gas , and the sulfur dioxide concentration in the inlet gas on the effeciency of sulfur removal have been investigated in particular .

通过对振动流化床（VFB）干燥装置中传热与传质过程的分析，建立了物料在其中的干燥特性模型，得到了振动流化床干燥装置物料出口含湿量与温度的计算公式。

The mathematical model of drying property in VFB dryer is established on the basis of analysis of heat and mass transfer in drying process . The formulas to calculate the exit moisture content and temperature of drying material are derived .

本文还讨论了太阳辐射和含湿量的预测。

The prediction of solar radiation and humidity ratio is also discussed .

浓硫酸法测定燃煤锅炉的烟气含湿量

By Mothod to Determine Moisture Content of Smoke of Coal Fired Boilers

降低细粉煤含湿量的研究

Study on Reduction of Moisture in Fine Coal Powder

影响细粉煤滤饼含湿量的主要因素研究

Research on main factors affected to moisture content of fine coal filtration cake

温度与饱和含湿量的经验公式

Empirical formula of temperature and saturated humidity ratio

木材热压过程热量与含湿量传输数学模型初探

Preliminary Study on Mathematical Model on Heat and Moisture Transfer in Wood during Hot-Pressing

填料型洗涤式空气过滤器是一种新型产品，它有很好的空气过滤净化效果，而且能够调节送风空气的含湿量，提高室内舒适度。

The new type filter can efficiently purify air and improve the air quality .

湿空气含湿量的解析计算

Analytic calculation of CONTAINING-MOISTURE capacity in moist air

含湿量和纤维对高性能混凝土高温性能的影响

Effects of Moisture Contents and Fibers on Properties of High Performance Concrete at High Temperatures

新型多孔介质局部含湿量测试仪的研究

A New Model of Instrument for Measuring the Local Moisture Content in Wet Porous Media

建立大孔隙透水性沥青路面温度与含湿量数值模型，确定边界条件。

Matrix formulation about temperature and humidity of pavement is been formed , borderline is ensured too .

干湿球法测量空气与烟气含湿量计算公式的推导和改正

Deduction and Correction of Equations for Measurement of Air and Flue Gas Wetness with Dry-wet Bulb Hygrometer

研究了不同初始含湿量及在不同环境中的加气混凝土砌块的变形行为。

The deformations of aerated concrete block in varied initial moisture content and environment were mainly studied .

平均含湿量和介质温度的实验值与对流干燥模型的模拟值吻合良好，证明了模型是合理的。

Comparison between experimental findings and numerical results shows a good coherence , which proves the model reasonable .

室外气候作用下建筑外墙含湿量对热工性能的影响

The Influence of Thermal Properties of Exterior Walls under the Action of Moisture Content when in Outdoor Climate

本文研究了含湿量和纤维对高性能混凝土高温爆裂和高温后残余力学性能的影响。

The research of improving the spalling resistance of the high strength concrete in the condition of high temperature ;

当土壤含湿量大、土壤初始温度高时，对于系统的设计与运行是有利的。

More moisture content and higher soil initial temperature are favorable to the design and operation of GSHP systems .

太阳能利用系数随着进口空气含湿量、进口溶液浓度的升高而降低；

With higher regenerating air humidity and higher liquid concentration , the utilization factor of solar energy is lower .

结果表明：高温焓湿图中相对湿度不仅与含湿量有关，而且与温度有关。

The result is that the relative humidity in this chart is concerned-with dry-bulb temperature as well as humidity ratio .

在混凝土温度保持不变的条件下，混凝土质扩散系数取决于材料的微观孔隙结构、初始含湿量的大小及其在空间上分布的均匀性。

Under isothermal condition , mass diffusivity of concrete depends on micro-pore structure , initial moisture content and its spatial distribution .