CAJ | 학술논문

动态光散射技术是进行纳米及亚微米颗粒粒径测量的一种有效方法.通过对量子点特性和动态光散射系统的分析,提出了一种基于动态光散射测量量子点粒径的实验方法,构建实验装置并进行测量与分析.通过CONTIN算法反演量子点粒径,并与电子显微镜和粒径公式得到的粒径数据进行比较,证明动态光散射法是测量量子点粒径的一种有效的方法,为量子点光学特性的快速分析提供了一种新的途径.
동태광산사기술시진행납미급아미미과립립경측량적일충유효방법.통과대양자점특성화동태광산사계통적분석,제출료일충기우동태광산사측량양자점립경적실험방법,구건실험장치병진행측량여분석.통과CONTIN산법반연양자점립경,병여전자현미경화립경공식득도적립경수거진행비교,증명동태광산사법시측량양자점립경적일충유효적방법,위양자점광학특성적쾌속분석제공료일충신적도경.
Dynamic light scatting （DLS） technique is an effective method of nano and submicron particle size measurement. In this paper, a experiment method to measure quantum dots based on DLS was built with the analysis of the quantum dots and dynamic light scattering system. Experimental device is established to finish the test and analysis by contin algorithm from correlation curve.The data form was c inversion of the experimental data, the size of quantum dots was got ompared with that from election microscope and particle size formula. The results show that the dynamic light scattering is an effective method for measuring the particle size of quantum dots and provide a new and fast means of the analysis of the optical properties of quantum dots.