热量传递为远红外辐射传热。
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.
本发明提出的是热工领域的一种耐高温远红外辐射陶瓷涂料。
The invention provides a high temperature resistance infrared radiation pottery dope, which belongs to the thermal engineering field.
本文介绍了一个用于观测太阳远红外辐射的球载望远镜电气设备。
This paper describes the electric and electronic apparatus of balloon borne telescope for far infrared observation of the sun.
远红外辐射性涤纶是一种具有广泛开发前景的保暖、保健用新纤维。
The new fiber has bright future on warmth retention and health protection.
试验结果表明，CTA中空纤维反渗透膜经远红外辐射干燥可提高其脱盐率。
The experimental results show that the drying technique can increase the salt rejection of CTA hollow fiber RO membranes.
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.
远红外辐射对铸造坭芯进行干燥，具有升温快，热效率高、节能显著、烘制坭芯质量好等优点。
To dry the unfired pottery with far infrared radiation can result in such advantages as speedy temperature rise, high heating efficiency, large amount of energy-saving and high quality.
远红外辐射电热膜用于采暖，主要以红外辐射的方式传递能量，人体获得能量遵循匹配吸收原则。
Infrared radiated electric heating film transfers energy in main way of infrared radiation. Human body gains energy by following the absorption matched rules.
板材夹具和加热炉采用自动和手动双向调节系统和埋入式陶瓷远红外辐射元件，提高热吸塑效果。
Both clamping devices and heating furnace adopt automatic and manual bi-directional regulating system and the inner pottery, far infrared parts to enhance the effect of plastic absorbing.
板材夹具和加热炉采用自动和手动双向调节系统和埋入式陶瓷远红外辐射元件，提高热吸塑效果。
Both clamping devices and heating furnace has been adopted automatic and manual bi-directional regulating system and the embedded ceramic infrared parts to enhance the thermoforming effect.
当收缩过程继续进行下去，密度不断增大时，气尘云中心的尘埃就会变得极其浓密，因而能够吸收远红外辐射。
As contraction continues and the density increases, the dust becomes so thick at the center of the cloud that it absorbs the far-infrared radiation.
论述了提高工业炉窑使用寿命和节能等多功能的低、中、高温远红外辐射涂料的机理、性能、制备施工和应用。
The improving on service life of industrial furnance was studied. The energy saving with infrared radiation coating, its properties, synthesis, construction and application were discussed.
埋入式陶瓷远红外辐射元件，系采用高辐射率的釉层，热震性能好的陶瓷作基体，高质量的电热丝一次绕制而成。
Embedded ceramic far-infrared heaters made of high quality electrothermal wire coiling around the base which is composed of high thermal shock resistance ceramics and high radiance ceramic glaze.
究其原因，原来是大气中的温室气体造成了这种温度上的差异。温室气体吸收，并再度释放了远红外辐射，使得底层大气与地表保持温暖(参见以下附图)。
The discrepancy is due to greenhouse gases in the atmosphere, which absorb and re-emit infra-red radiation, and thus keep the lower atmosphere, and the surface, warm (see the diagram below).
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.
它们还可以辐射远红外线不同频率(区)的能源，这点是一般人做不到的。
They can also radiate far infrared ray (FIR) energy of varying frequencies, which is something ordinary people can not do.
利用远红外加热辐射技术，烘干快速、效果好。
Adopt far infrared heating and radiation technique to achieve fast drying.
制备的纳米纤维具有良好的力学性能，阻燃性能，抗辐射、防霉、抗老化性能和突出的远红外反射效果。
The prepared nanometer fiber has good mechanical properties, flame retardance, anti radiation, fungus resistance, ageing resistance and extraordinary far infrared reflection effects.
确定了锆钛系远红外谷物干燥复合陶瓷辐射板的原料配方。
The material's formula of Zirconium and Titanium far-infrared grain drying compound ceramics radiant was made certain.
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.
本文通过远红外线辐射采暖与传统对流采暖之间的对比，阐述了红外线辐射采暖的原理、优点以及在高大空间的应用。
The principle, advantage and application of infrared heating system in high and large room are expatiated through making the comparison between infrared heating and traditional heating.
在探讨了加热温度、料层厚度及辐射距离等因素对干燥过程影响的基础上，研制了5H Y型远红外蔬菜脱水机。
The far-infrared dryer of 5hy model for vegetables was developed on the basis of researches on the effects of drying process with heating temperature, thickness of materials and radiation distance.
太赫兹辐射是一种新型的远红外相干辐射源，近年来在不同的研究领域得到了广泛的应用。
Terahertz radiation is a newly developed coherent far infrared source, which has been applied in many research fields.
确定了锆钛系远红外谷物干燥复合陶瓷辐射板的原料配方。
The material formula of far-infrared zirconium and titanium compound ceramic radiant plate for grain drying was determined.
本文从辐射热转移和质量转移的基本原理出发，分析了远红外加热的机理。
This article analyzed the mechanism of far infrared industrial heating from the basic principle of radiation heat transfer and mass transfer.
太赫兹波是介于远红外与毫米波之间的一种电磁辐射，有非常重要的学术和应用价值。
Terahertz (THz) wave, electromagnetic radiation between far infrared and millimeter wave, has very important academic and application value.
一种安装红外炉的旋转餐桌，利用远红外卤素管灯通电后产生的远红外线辐射加热食物。
A rotated table equipped with infrared ovens can heat food through the far-infrared ray radiation produced after the far-infrared halogen tubular lamps are electrified.
所述远红外复合粉体，其组成中含有远红外釉粉、高辐射率远红外金属氧化物粉体以及其他添加剂粉体。
The components of the far-infrared composite powder include far-infrared glaze power, high radiance far-infrared metal oxide powder and other additive powder.
所述远红外复合粉体，其组成中含有远红外釉粉、高辐射率远红外金属氧化物粉体以及其他添加剂粉体。
The components of the far-infrared composite powder include far-infrared glaze power, high radiance far-infrared metal oxide powder and other additive powder.
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