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radiant materials
相关语句
  辐射材料
     STUDY ON RADIANT MECHANISM FOR HIGH RADIANT MATERIALS
     高辐射材料辐射机理的研究
短句来源
     Infrared radiant materials of Zn2+substituted cordierite solid solutions were prepared by solid reaction method. Microstructure and infrared radiant characteristics of materials were investigated.
     采用固相法制备了Zn2+固溶堇青石体系红外辐射材料,并对材料的结构及红外辐射性能进行了研究。
短句来源
  “radiant materials”译为未确定词的双语例句
     First, this paper presented the fundamental knowledge of far-infrared technology, the far-infrared radiant materials and the various construction forms of radiant ceramics.
     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.
短句来源
  相似匹配句对
     Materials
     一、实验材料
短句来源
     Materials
     实验材料
短句来源
     Study of Radiant Emittance of Infrared Materials
     红外隐身材料比辐射率的研究
短句来源
     Radiant Properties of Materials,Fundamentals of Infrared Technology
     红外目标和背景的辐射特性
短句来源
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First, this paper presented the fundamental knowledge of far-infrared technology, the far-infrared radiant materials and the various construction forms of radiant ceramics. Then, it placed an emphasis on the applications of far-infrared radiant ceramics at high and room temperature. It pointed out the urgency for developing far-infrared technology in our country in the last conclusion.

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.然后着重介绍高温型和常温型陶瓷远红外辐射体的部分应用.最后指出发展远红外技术的迫切性.

The article discussed the nature of far infrared radiant material and its radian mechanism. Applicating the farinfrared radiant material on polyester fiber,the temperature rise effect of the fiber will be increase by 3~6℃and may have the bacteriostatic action.The new fiber has bright future on warmth retention and health pro-tection.

叙述了远红外辐射性材料的性质及辐射加热机理。将远红外辐射性材料应用于涤纶中,可使其温升效果提高3~6℃,并可抑制多种致病菌。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。

s The sapphire fiber thermometer ranging from the room temperature to 1800℃ is described. It uses a specially grown sapphire fiber as the thermometer probe. The end part of the sapphire fiber is doped with Cr 3+ ion by means of the laser heat pedestal growth (LHPG) method and coated with some high radiant material to constitute a mini fiber cavity. Techniques of fluorescent lifetime detection and the radiance intensity detection were used. Growth of the end doped sapphire fiber is introduced. Analysis...

s The sapphire fiber thermometer ranging from the room temperature to 1800℃ is described. It uses a specially grown sapphire fiber as the thermometer probe. The end part of the sapphire fiber is doped with Cr 3+ ion by means of the laser heat pedestal growth (LHPG) method and coated with some high radiant material to constitute a mini fiber cavity. Techniques of fluorescent lifetime detection and the radiance intensity detection were used. Growth of the end doped sapphire fiber is introduced. Analysis is made on the temperature dependence of fluorescence of the end doped sapphire fiber as well as the signal interference between the fluorescence and the thermal radiance. Experimental system of the thermometer and the preliminary experimental result are presented.

表述了从室温到1800℃测温范围的全程测温的蓝宝石单晶光纤温度传感器。该光纤传感器综合了光纤辐射测温技术和光纤荧光测温技术的特点, 利用特殊生长的端部Cr3+ 离子掺杂的蓝宝石单晶光纤, 使两者有机地结合, 实现用单一光纤传感头达到大范围的温度测量。介绍了端部掺杂的蓝宝石单晶光纤的生长方法, 分析了它的荧光温度特性、光纤传感头上荧光信号与热辐射信号的相互干扰以及光纤温度传感器的系统结构和工作原理, 给出了实验结果

 
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