高温抗渗碳红外釉料是一种非晶态结构的高温、抗渗碳、耐腐蚀的新型红外辐射材料。
The high temperature anti-cementite infrared glaze is a new type of high temperature anti-cementite and corrosion resistant infrared radiative material with non-crystal structure.
从材料角度对影响红外材料辐射性能的因素作了探讨，分析了红外辐射材料的发展趋势。
Mechanism that affects the infrared radiation property are analyzed as viewed from the material, and the developing trend is pointed out.
本文根据制备高温红外辐射导电材料的基本原理，探讨了研制硅质红外辐射材料的工艺条件。
Based on the principle of making high temperature conductive IR radiation materials, the process conditions for silicon matrix conductive IR radiation material are discussed accordingly.
通过硼改性中空陶瓷微珠的热反射作用以及红外辐射材料的幅射致冷作用，赋予该涂料优异的隔热性能。
The paint has excellent thermal insulation by heat reflection of boron modified hollow ceramic micro-sphere and radiation cooling of infrared radiation material.
本文介绍了以电子基板材料和红外辐射材料为应用背景下，有关莫来石基陶瓷的组成与性能间的关联研究。
This paper reviews the fundamental research of mullite considered as electronic substrate or infrared emitting materials, within chemical composition and properties.
堇青石是一种硅酸盐矿物，因其具有优良的红外辐射特性、较高的热稳定性和化学稳定性等优点而成为一种重要的红外辐射材料。
As a kind of silicate mineral, cordierite turns into an important infrared radiating material because of its predominant infrared radiating property and better thermal and chemical stability.
氟碳油漆也能满足隔热降温性能指标要求，阳光反射率和半球发射率均大于80%3纳米ato既是红外辐射材料，又是导电材料。
Can meet the performance requirements of heat insulation and cooling, sunlight reflectivity and emittance are more than 80%3 of nano ATO is the infrared radiation material, and conductive material.
研究人员们使用仅仅超出可见光谱红端的近红外辐射测试他们的新“黑材料”。
The researchers tested their new black material with near-infrared radiation, just beyond the red end of the visible spectrum.
经过改进工艺条件，研制出了高性能的红外辐射导电材料。
With the improvement on process conditions, high quality conductive infrared radiation materials have been obtained.
本文探讨了红外隐身材料的比辐射率及其微波兼容性。
This article deals with the compatibility of both radiant emittance and microwave of infrared materials.
对4种金属材料14个试件受力变形直至断裂过程产生的红外辐射信息进行了实验研究。
The infrared radiation information from 14 specimens in four kinds of metal materials on load which are processed from deformation to rupture, is researched by tests.
本文论述了制备高温红外辐射导电材料的基本原理，并据此选定以铬酸镧为基质，再掺入合适的杂质。
According to the principle of making high temperature conductive infrared radiation materials, Lanthanum Chromate, doped with appropriate impurities, was selected.
叙述了远红外辐射性材料的性质及辐射加热机理。
The article discussed the nature of far infrared radiant material and its radian mechanism.
本文首先介绍远红外技术的基本知识，远红外辐射体材料和陶瓷远红外辐射体的各种结构形式。
First, this paper presented the fundamental knowledge of far-infrared technology, the far-infrared radiant materials and the various construction forms of radiant ceramics.
它是由多种天然极性矿物材料和多功能健康材料复合而成，并添加稀土元素，与天然矿物材料辐射的远红外线性能协同增强。
It's a compound of natural polar mineral material and multifunctional ceramic material can be more effective with far infrared rays that was eradiated by natural polar mineral.
热释电材料在吸收红外辐射后其温度会发生变化，从而产生极化。
Pyroelectric material can bring polarization with the variable temperature caused by infrared radiation.
研究了稀土含量、热处理温度对复合材料红外辐射性能及燃油理化性质影响。
The effects of the rare earth content and heat treatment temperature on the far infrared radiation and the physicochemical properties of fuel oil were studied.
采用料浆喷雾干燥工艺制备团聚型红外辐射粉体材料，经高温焙烧产生尖晶石结构，再用等离子喷涂工艺制备红外辐射涂层。
The title IR radiation powder is prepared by spray dry technology, which is calcined at high temperature to form spinel structure, and then sprayed with plasma forming IR radiation coatings film.
利用化学镀镍工艺制备空心微珠基红外低发射率材料，对其表面形貌，并重点对其吸收率、发射率和热辐射能等红外性能进行表征。
Low infrared emissivity materials based on hollow particles are prepared by chemical Ni-coated processing, and surface morphology, absorbance, emissivity and infrared radiant energy are characterized.
开发了采用壁流式蜂窝陶瓷作为过滤材料，利用红外辐射及柴油机废气进行再生的新的柴油机排放微粒后处理系统。
A new type of diesel particulate filter (DPF) system using honeycomb ceramic filter was developed successfully by utilizing the infrared regeneration technique.
综述了目前国内外远红外辐射釉的研究进展，并在材料、功能机理制备以及应用等方面进行了较详细的讨论，可为远红外辐射釉研究技术人员提供参考与思路。
The research and development of far-infrared radiation glaze was presented and reviewed. And the materials, function, produce and usage of far-infrared radiation have been discussed in detail.
两种材料热力耦合机制不同是导致受力红外辐射特征差异的根本原因。
The difference of thermomechanical coupling effect is the cause to result in IR feature difference between rock and PMMA.
红外测温是根据物体的红外辐射能和物体本身材料特性所决定的辐射系数来探测其准表面温度的一种方法。
Infrared detecting temperature is a method which is based object's infrared radiation and emission determined by its material characteristic.
红外测温是根据物体的红外辐射能和物体本身材料特性所决定的辐射系数来探测其准表面温度的一种方法。
Infrared detecting temperature is a method which is based object's infrared radiation and emission determined by its material characteristic.
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