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1·Most attention has been paid to quantum dots (QDs).

其中研究最多的是半导体量子点。

2·It has conductive effects to find the cancerous parts with quantum dots (QDs) target orientation.

利用量子点目标定位癌细胞，对于寻找癌变部位具有指导的作用。

3·The second part involves voltage controlled slow light effects in asymmetry double quantum dots (QDs).

第二部分是在非对称的双量子点中电压调控的慢光效应。

4·It is shown boron atoms exert a great influence on the size, the uniformity and the density of Ge QDs.

原子力显微镜的观察表明，硼原子不仅对量子点的大小，而且对其尺寸均匀性及密度都有很大影响。

5·We also discuss recent advances in using QDs in assaying of medicine and the perspective of QDs in future...

简述量子点的特性、制备方法以及近几年来在生物医学、医药领域的应用，并对其发展前景进行了展望。

6·The optical properties of the CdTe QDs were characterized by UV-visible Spectroscopy and Fluorescent Spectroscopy.

通过紫外-可见吸收光谱和荧光光谱对其发光特性进行了系统表征和研究。

7·The properties of QDs and recent developments in QDs synthesis, bioconjugation as well as their applications are discussed.

本文阐述了量子点的特性、在合成及生物结合方面的最新进展以及量子点在生物医药学中的应用。

8·As a new type of fluorescence materials, semiconductor quantum dots (QDs) have many advantages over the traditional materials.

半导体量子点作为一种最新型的荧光材料，与传统的荧光材料相比具有多种优势。

9·The two main methods of the connection between QDs and biological molecules are covalent coupling and electrostatic adsorption.

量子点与生物大分子的连接方式主要有共价耦联结合和静电吸附作用两种。

10·Semiconductor quantum dots (QDs) were provided with more superior performance compared with conventional organic fluorescent dyes.

量子点具有比传统的有机荧光染料更为优越的性能。