1)  far-infrared radiation
远红外发射
1.
The IR spectrum,DSC spectra,physical-mechanism performances,far-infrared radiation,heat retaining power,and antibacterial activity of nano-far-infared PET fiber have been tested,and comparaed with common PET fiber.
研究了纳米远红外涤纶纤维的红外谱图、热性能、物理机械性能及远红外发射、保温和抑菌性能,并与普通涤纶纤维作了对比。
2)  extra-far infrared
极远红外
1.
Study on preparation and performance of extra-far infrared optical material;
透极远红外光学材料制备及性能研究
3)  far infrared
远红外
1.
Testing of temperature rising property of far infrared cotton fabric;
远红外棉织物温升性能测试
2.
Photo-thermal storage properties of the wadding of melt-blown far infrared PP superfine fiber nonwovens;
远红外熔喷保暖絮片的光蓄热性能
3.
The development and foreground of far infrared textile;
远红外纺织品的研究进展与前景展望
4)  infrared
远红外
1.
Medical stone heat-treat and application in far infrared element material;
麦饭石热处理及在远红外基元材料中的应用
2.
In this article,the study of Vacuum dry chamber system with computer control infrared heating oil was introduced from aspects of structure,principle,flow path and system control.
本文从结构、干燥原理、运行流程、系统控制方面,对用于大型电器设备现场干燥的微机控制远红外真空热油干燥系统的研制过程进行了说明,该系统投入运行后,节能效果显著。
5)  far-infrared
远红外线
1.
The influence of far-infrared radiation from polar crystalline tourmaline on the surface tension of water was investigated.
用固液分置法排除电气石自发电场对水的影响,研究了极性晶体电气石辐射的远红外线对水表面张力的影响规律。
2.
The results show that the far-infrared radiation from tourmaline/resin composite materials resonates with the diesel oil molecules, and the C—H, C—C bonds are weakened through th.
将电气石微粉与树脂复合制成电气石/树脂复合材料,研究复合材料辐射的远红外线对柴油表面张力的影响,并在RBS·VH–1。
6)  far-infrared additive
远红外剂
1.
Far-infrared polyester chips were prepared from terephthalic acid and ethylene glycol incorporated with far-infrared additives after esterification and before polycondensation via batch polymerization.
结果表明:合成分散剂对远红外粉末的研磨效果较好,小于1μm的粒子占92％,远红外剂对PET切片的主要性能没有影响;远红外PET切片具有良好的可纺性和拉伸性;远红外PET纤维的物理性能和后加工性能良好;相对PTA的远红外剂质量分数为3。
参考词条
补充资料：远红外纤维
分子式：
CAS号：

性质：功能性纤维的一种。系指其制品的远红外发射率>80%(100℃)、甚至能高达90%左右的各种纤维的统称。是用50℃下、其5～25μm全波长远红外发射率在85%以上的某些复配的金属氧化物(如氧化铝、氧化锆、氧化镁等)的微粉(0.1～2.0μm)，俗称远红外陶瓷粉，均匀添加入纺丝液中后所纺得的纤维。该维及其制品具有较好的保温性、抑菌性和生活医学保健作用；其织物常被用于制作：内衣、内裤、床上用品和护膝、护腰等。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。