2) lustrous fiber
有光纤维
3) fluorescent fiber
荧光纤维
1.
Study on synthesis and properties of rare earth fluorescent fiber;
一种稀土荧光纤维的制备与性能研究
2.
The variety and end\|use of fluorescent fiber were introduced.
简述了荧光纤维的种类和用途 ,介绍了荧光化合物的结构特征与荧光强度的关系 ,制备荧光纤维的熔融纺丝法和湿法纺丝法。
3.
However,to the best of the authors\' knowledge,there is no report about the application of aminostyrylpyridinium salt to fluorescent fiber(fabric).
但是,就作者的知识面而言,还没有见到将氨基取代苯乙烯吡啶盐应用于制备荧光纤维(织物)的报道。
4) fiber optic
光导纤维
1.
A technique which based on a fiber optic vision is able to detect the resin advancement during the infiltration by recording the light intensity drop by measuring permeability with fiber optic sensor.
基于光导纤维视觉技术,通过纤维视觉传感器测量渗透率,能够在光强度下降的情况下探测出树脂的前进情况,这将易于我们在实际生产中在第一时间内准确地监测树脂的流动。
2.
お fiber optic chemical sensor that detects low concentration of SO2 is designed.
本文研制了一种测定低浓度SO2的光导纤维化学发光传感器。
5) Optical Fiber
光导纤维
1.
Measuring the velocity of light in optical fiber;
光导纤维中光速的实验测定
2.
According to the relationship between the structure and heat resistance of polymethyl (meth)acrylate(PMMA), several monomers of methacrylate(MA) were selected to copolymerize with methyl methacrylate(MMA) separately in order to improve heat resistance of the core polymer of plastic optical fibers and yielded binary copolymer and ternary copolymer.
根据塑料光导纤维芯材聚甲基丙烯酸甲酯的结构和耐热性的关系,从(甲基)丙烯酸酯系中,优选出合适的单体与甲基丙烯酸甲酯共聚,得到了几种二元和三元共聚物。
3.
The text briefly involved seven parts:(1) application of optical fiber;(2 )advances in software;(3)automation of spectrometer,(4 ) liquid steel analysis;(5 )trace analysis;(6 )state analysis:(7 )pro-spects.
全文主要包括:(1)光导纤维的应用;(2)软件的发展;(3)光谱仪的自动化;(4)液钢分析;(5)痕量分析;(6)状态分析;(7)展望。
6) light-storing fiber
蓄光纤维
1.
The light-storing fiber was produced from fluorescent masterbatch which was composed by basic silicate or alumina with thulium.
蓄光纤维是通过用碱土类硅酸盐荧光粉体或氧化铝加稀土元素组成的发光粉体,制成一定浓度母粒切片,用母粒来纺丝。
补充资料:光藓
藓纲真藓亚纲光藓目光藓科光藓属的唯一种,并由此建立了光藓科和光藓目。分布于日本的本州以北地区、欧洲和北美,在中国尚未发现。
在形态上,光藓具有独特长存的原丝体,对光线有折光性。叶2列,基部长下延而在基部相互融合呈蕨类叶片状;叶细胞长菱形,薄壁,内含多个叶绿体。孢蒴小球状,无蒴齿(见图)。
其着生生境主要为山地洞穴,也见于岩缝和倒木根上。
光藓目的系统位置现被认为介于葫芦藓目和真藓目之间。
在形态上,光藓具有独特长存的原丝体,对光线有折光性。叶2列,基部长下延而在基部相互融合呈蕨类叶片状;叶细胞长菱形,薄壁,内含多个叶绿体。孢蒴小球状,无蒴齿(见图)。
其着生生境主要为山地洞穴,也见于岩缝和倒木根上。
光藓目的系统位置现被认为介于葫芦藓目和真藓目之间。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条