216

The impressive progress in the fabrication of low-dimensional semiconductor structures during the past two decades has made it possible to reduce the effective device dimension from three-dimensional bulk materials, to quasi-two dimensional quantum well systems, to quasi-one dimensional quantum wires, and even to quasi-zero dimensional quantum dots. In this article we discussed about wave function in these structures

  • Read count 185
  • Date of publication 01-01-2018
  • Main LanguageIngliz
  • Pages51
Ўзбек

Oxirgi 20 yilda pasto’lchamli yarimo’tkazgichli strukturalarni tayyorlash keskin rivojlanishi qurilmalarning kattaligini uch o’lchamli hajmiy yarim o’tkazgichlardan kvaziikki o’lchamli, kvant o’ralarga, kvazibir o’lchamli kvant iplarga, hattoki, kvazibir o’lchamli kvant nuqtalargacha tushirishga imkon berdi. Biz ushbu maqolada yuqorida keltirilgan strukturalarning to’lqin funksiyalarini muhokama qilamiz

Русский

Впечатляющий прогресс в изготовлении низко размерных полупроводниковых структур за последние два десятилетия позволил снизить эффективный размер устройства от трехмерных объемных материалов до квазидвумерных систем квантовых ям, до квазиодномерных квантовых проводов, и даже до квазиодномерных квантовых точек. В этой статье мы обсуждаем о волновой функции в этих структурах

English

The impressive progress in the fabrication of low-dimensional semiconductor structures during the past two decades has made it possible to reduce the effective device dimension from three-dimensional bulk materials, to quasi-two dimensional quantum well systems, to quasi-one dimensional quantum wires, and even to quasi-zero dimensional quantum dots. In this article we discussed about wave function in these structures

№ Author name position Name of organisation
1 Akhmedov B.. Postdoctoral student Fergana State University
2 Rozikov J.. Lecturer Fergana State University
3 Muminov I.. Lecturer Fergana State University
4 Ruziboev V.. Master student Fergana State University
5 Zokirov A.. Master student Fergana State University
№ Name of reference
1 Bastard G., Wave Mechanics Applied to Semiconductor Heterostructures. Halsted Press, 1988.-P.89
2 Levinshtein M., Rumyantsev S., Shur M. Handbook Series on Semiconductor Parameters, Vol.1. World Scientific, 1996.-P.135
3 Loudon R., The quantum theory of light, second edition ed., 1983.-P.97.
Waiting