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光器件
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  “光器件”译为未确定词的双语例句
    Consequently,we realized a OLED with a max. luminous efficiency of 12.2 cd/A, corresponding to a external efficiency of 6.2 %, a max.
    由于这些因素,我们得到了性能比较好的蓝光器件,当掺杂浓度为4wt%时器件的效率最高,达到了12.2cd/A,相应的外量子效率为6.2%;
    Through agreat deal of analysis of single crystal structure for the chelate complexes above,the fact can be found that the materials with high EL performance such as BePP2,Be(5-mPP)2 and dppyBF have the strong intermolecular π—π interaction in thesingle crystal structure.
    我们制备了以NPB为空穴传输材料,以BePP2、 Be(4-mPP)、Be(5-mPP)2和双核铝(dppy)3Al2等配合物为发光层和电子传输层的高效蓝光器件
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    There is an important meaning that studying the dispersive and nonlinear phenomena of photonic crystals for the fabrication and integration of optical apparatuses.
    基于光子晶体中色散和非线性现象的研究使光器件的小型化成为可能,这对将来实现各种光器件的制作和集成具有重要的意义。
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    The single-layered PLED based on P2 with the configuration of ITO/PEDOT/ P2/Ca/Al emits green light.
    以共聚物为发光层制备的单层器件ITO/PEDOT/聚合物P2/Ca/Al发绿光,器件最大的发光亮度为603 cd/m2,最大发射峰位为540 nm,发光性能稳定,说明聚合物有良好的电致发光性能。
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    Recent research and development on magneto optical materials and devices are reviewed.
    本文综述了稀土铁石榴石磁光材料及磁光器件研究的最新进展;
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The In-BiCa VIG crystals growed are generally of bigger volume in our laboratry. In the infrared spectro-region the crystal would be ahopeful material forco mposing the magneto-optic aparatus used in the optical communication nowadays.

本文报道了用助熔剂成功地生长大尺寸掺铟BiCaVIG晶体的方法以及实验结果,介绍了该单晶在远红外区的磁光器件中的重要应用。

This paper reports the growth procedure of largesized in doped BiCaVIG crystal,which is made with flux technique. The experimental results show that the crystal has the features of wide transmiseion spectrum,lower saturation magnetization intensity, higher curie point, and higher ratio Faraday rotation.So the crystal has the important application in manufacturing of magnet-optical device in near infrared region.

本文报导了用助熔剂法成功地生长大尺寸掺铟BiCaVIG晶体的方法以及实验结果,介绍了该单晶在近红外区的磁光器件中的重要应用。

Recent research and development on magneto optical materials and devices are reviewed. Investigations on highly Bi substituted and Ce substituted rare earth iron garnets are extensively described. Large temperature coeffieient of Faraday rotation for Bi garnets becomes an actual problem.It is improved by using a combination of some garnets with different signs for the temperature coeffieient. Magneto optical devices such as compact isolators and current/magnetic field sensors are noted in view of the applications...

Recent research and development on magneto optical materials and devices are reviewed. Investigations on highly Bi substituted and Ce substituted rare earth iron garnets are extensively described. Large temperature coeffieient of Faraday rotation for Bi garnets becomes an actual problem.It is improved by using a combination of some garnets with different signs for the temperature coeffieient. Magneto optical devices such as compact isolators and current/magnetic field sensors are noted in view of the applications to optical communication and control systems.

本文综述了稀土铁石榴石磁光材料及磁光器件研究的最新进展;对最具应用价值的高掺Bi系列和掺Ce系列石榴石磁光材料作了介绍;在磁光器件方面选择了最具代表性的磁光隔离器和光纤电流/磁场测试仪加以讨论

 
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