qds的例句大全

due to the quantum confinement effect, the ge quantum dots ( qds), grown by self-assembly, show many novel optoelectronic properties. the devices utilizing these properties may be potentially used in the future integrated-chip circuit and nanoelectronics.

由于量子限制效应，自组装生长的Ge量子点具有许多奇特的光学和电学性质，利用这些性质制备的器件，可能会在未来的集成电路和纳米电子学方面具有重要的应用前景。

The effect of solution pH and NaCl concentration on fluorescence intensity of QDs-BSA solution were discussed.

通过荧光发射光谱研究了溶液pH和NaCl浓度对QDs -BSA 溶液和QDs溶液荧光强度的影响.

The influence of the coupling effect between double-layer Ge QDs has been studied by admittance spectroscopy.

用导纳谱的方法研究了GeSi 双层 量子点的耦合效应对库仑荷电作用的影响.

This method is expected to prepare other semiconductor QDs. 2.

此方法有望用于其他半导体量子点的合成。

One way was through temperature optimization for QDs growth.

这主要通过以下途径实现：a、通过优化水热法的温度，发现发射绿色荧光的量子点的最佳生长温度是140℃；

The QDs can be prepared in organic phase or in aqueous phase.

量子点的制备方法可分为有机相制备方法和水相制备方法。

All these results give useful experimental references to the site controlled growth of QDs.

这为实现量子点结构的有序化控制生长提供了一定的实验参考。

The self-assembled quantum dots ( QDs) have been widely used QDs laser and quantum information science ( QIS).

自组织量子点在量子点激光器和量子信息中已经得到了广泛的应用。