论文标题
纳米系统的光学性质和单电子状态，其中包含三个量子点
Optical properties and single-electron states of the nanosystem that contains three quantum dots
论文作者
论文摘要
研究了由三个量子点组成的量子分子，该量子点与其中心形成三角形。纳米系统中的电子波函数是使用轨道量子井的线性组合编写的。发现用于量子分子中电子固定态的数值计算的分散方程。进行了由球形形状的三个量子点形成的分子中电子能谱的数值计算。研究了纳米晶体大小的影响，它们之间的距离与量子分子的对称性对电子能谱的影响。考虑了等边和同步三角形的对称性案例。
The quantum molecule consisting of three quantum dots that forms a triangle with its centers is studied. The electron wave function in the nanosystem is written using the linear combination of orbital quantum wells. The dispersion equation for numerical calculations of the electron stationary states in a quantum molecule is found. A numerical calculation of the electron energy spectrum in the molecule formed by three quantum dots of a spherical shape is carried out. The influence of the nanocrystal size, the distance between them and the symmetry of the quantum molecule on the electron energy spectrum is studied. The cases of symmetry of an equilateral and an isosceles triangle are considered.
