1·This device could make it possible to manufacture electroluminescent diodes of entangled photon pairs, with rates close to one gigahertz (in other words around on billion Hertz).
此装置可以让人们有可能制造频率接近1千兆赫(10亿赫兹)的纠缠光子对电致发光二极管。
2·Poly (2, 6) - and poly (2, 7) - anthryl ethene derivatives as electroluminescent materials and method for preparing same.
聚(2,6)-及聚(2,7)-蒽基乙烯衍生物作为电致发光材料及其制备方法。
3·The scatter rate of sulphur vacancy in thin film electroluminescent device is calculated through phase shift analysis. The results are compared with other scatter mechanisms.
利用分波法计算了薄膜电致发光器件中硫空位对电子的散射速率，并将其与其它散射机制进行了比较。
4·The design of a new kind of traffic light based on discoloration electroluminescent devices(EL)is introduced.
介绍了一种基于变色电致发光器件的新型交通灯设计。
5·The holes and electrons, combine to form photons, thereby causing the electroluminescent semiconductor layer to emit visible light.
空穴和电子结合而形成光子，从而使得电致发光半导体层发出可见光。