Investigation of Electronic Energy Levels in InAs Quantum Dot with Shape of Lens by Using B-Spline Technique
Liu W ; Meng XQ ; Qiao HX ; Xie RH
刊名journal of computational and theoretical nanoscience
2009
卷号6期号:2页码:354-358
关键词Quantum Dot Effective Mass Theory B-Spline
ISSN号1546-1955
通讯作者liu w wuhan univ dept phys wuhan 430072 peoples r china.
中文摘要the dependence of the electronic energy levels on the size of quantum dots (qds) with the shape of spherical lens is studied by using the b-spline technique for the first time. within the framework of the effective-mass theory, the values of electronic energy levels are obtained as a function of the height, radius and volume of qds, respectively. when the height or radius of qds increases, all the electronic energy levels lower, and the separations between the energy levels decrease. for lens-shape qds, height is the key factor in dominating the energy levels comparing with the effect of radius, especially in dominating the ground-state level. these computational results are compared with that of other theoretical calculation ways. the b-spline technique is proved to be an effective way in calculating the electronic structure in qds with the shape of spherical lens.
学科主题半导体化学
收录类别SCI
资助信息10775106supported by the national natural science foundation of china under grant nos 60676036 and 10775106.
语种英语
公开日期2010-03-08
内容类型期刊论文
源URL[http://ir.semi.ac.cn/handle/172111/7355]  
专题半导体研究所_中国科学院半导体研究所(2009年前)
推荐引用方式
GB/T 7714
Liu W,Meng XQ,Qiao HX,et al. Investigation of Electronic Energy Levels in InAs Quantum Dot with Shape of Lens by Using B-Spline Technique[J]. journal of computational and theoretical nanoscience,2009,6(2):354-358.
APA Liu W,Meng XQ,Qiao HX,&Xie RH.(2009).Investigation of Electronic Energy Levels in InAs Quantum Dot with Shape of Lens by Using B-Spline Technique.journal of computational and theoretical nanoscience,6(2),354-358.
MLA Liu W,et al."Investigation of Electronic Energy Levels in InAs Quantum Dot with Shape of Lens by Using B-Spline Technique".journal of computational and theoretical nanoscience 6.2(2009):354-358.
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