红外辐射率

研究发现：（1）当稀土含量为6%～8%（重量比）、热处理温度为750℃时，制备的复合材料辐射红外性能最强，其中红外辐射率为0.92～0.93。

The results showed that ( 1 ) the infrared radiance of as-prepared composite materials was highest 0.92 ~ 0.93 when the rare earth in composite materials was about 6 % ~ 8 % ( wt ) and heat treatment temperature is 750 ℃ .

通过对样品进行红外辐射率测定、SEM形貌分析、XPS分析和抗菌性能试验对其性能进行了初步研究和评价。

Meanwhile , its properties are researched and ~ evaluated by the test of infrared emissive , SEM appearance analyses , XPS analyses and antibacterial properties .

研究了红外辐射率对双波段红外隐身效果和辐射温度的影响。

The paper has researched the effect of infrared emissivity on camouflage characteristics and emission temperature of target .

经过不同温度处理后，在800oC以前，随着温度的升高，河南卢氏锂电气石的红外辐射率减小，最小至83%。

Before 800 oC , Lushi lithium tourmaline infrared radiation rate decreases to 83 % minimum after heat treatment .

研究结果表明：涂层的红外辐射率越小，激光后向反射率越大。

The results show that the back reflection of laser decreases with the increasing of the emissivity of coating .

在本文实验条件下，烧结温度对复合体系陶瓷的常温红外辐射率未产生显著影响。

Moreover , no remarkable influence of the sintering temperature on the infrared emissivity for the composite system ceramics is observed in this work .

用该浆生产的涂层纺织品传热系数小、远红外辐射率高、隔热保暖效果好。

Advantages of PHT coated products over other coating paste are low coefficient of heat transfer , high radiant rate of far IR and excellent ther-mal insulation effect .

PCB红外热像辐射率校准的非线性滤波方法

Non-Linear Filtering Method for Emissivity Correction of PCB Infrared Thermal Images

热处理对电气石远红外比辐射率的影响

Effects of heat treatment on far-infrared emissivity of tourmaline

伪装网平均热红外辐射透过率指标的确定方法

Research on Average Penetrating Rate Index of Thermal Infrared Radiation of Camouflage Net

远红外高辐射率不锈钢搪瓷的研制

Development of Far Infrared Radiation Stainless Enamel

本文对影响大气红外辐射透过率和大气自身的红外辐射因素及计算方法进行了讨论。

The factors that affect the IR transmission and IR emission of the atmosphere and the calculated method of the IR transmission andIR emission of the atmosphere are discussed in this paper .

Fe2O3基红外辐射材料发射率影响因素研究

Study of the factors affecting emissivity of infrared radiation materials with Fe_2O_3 matrix

红外辐射大气透过率的工程理论计算方法研究

Research into Theoretical Calculation Method on Engineering of Transmittance of Infrared Radiation Through Atmosphere

红外辐射大气透过率修正函数

Revisable Function of IR Radiation Atmospheric Transmissivity

热红外低比辐射率高漫反射比表面的分形表征

Fractal Characterization of the Rough Surface with Low Emissivity and High Diffuse Reflectance in Thermal Infrared

经测试，该涂料制备的涂膜可见光透射率达75%，红外热辐射阻隔率可达72%，隔热效果显著。

Test showed that its visible light transmission ratio reached 75 % , the obstruction ratio of infrared ray was 72 % , having high efficient heat insulation .

TM热红外波段等效比辐射率估算

The Estimation of Land Surface Emissivity for Landsat TM Thermal Infrared Band

飞机红外辐射及大气透过率计算方法

Calculation method for airplane IR radiation and atmospheric transmittance

堇青石和粘结剂的掺杂对红外辐射涂料的发射率没有明显影响，但大大改善了红外辐射涂料的抗热震性能。

Dopings of cordierite and adhesives did not significantly influence the emissivity , but greatly improved the thermal shock resistance of coatings . 6 .

通过分析Fe2O3基红外辐射涂料不同温度下的发射率曲线，研究了影响红外辐射涂料发射率的一些重要因素，并对它们影响机理，通过x射线衍射光谱分析进行了初步探讨。

Several factors affecting radiation emissivity of infrared radiation materials with Fe 2O 3 matrix have been studied by analyzing and comparing the emissivity vs temperature curves under different conditions . The paper also discusses preliminarily the affecting mechanisms by analysing the materials X ray diffraction spectra .

在印制电路板（PCB）的红外辐射诊断中，为了获得PCB表面温度的真实分布，须对PCB红外热像进行辐射率校准。

In the diagnosis of Printed Circuit Board ( PCB ) based on infrared radiation , emissivity correction must be performed on the thermal image to retrieve the true temperature distribution on the PCB surface .

研究表明：添加3%的纳米级远红外剂可以制得具有远红外发射功能的聚酯，其布远红外法向比辐射率中达85%以上。

The research showed that by adding 3 % nanometer grade far-infrared agent , the PET with far-infrared emissive function can be made . And its textile far-infrared normal optical spectrum emissivity is over 85 % .

将均匀设计方法应用于红外发烟剂配方的优化试验研究，减少了试验工作量，优选出的红外发烟剂形成的烟幕，对8～14μm波段的红外辐射衰减率达96.6%。

Uniform design method which can reduce experiment quantity is used in the formula design of infrared smoke composition . The attenuation rate of the optimal formula in 8 ~ 14 μ m bands is 96.6 % .