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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 wavefunction in these structures. 

  • Web Address
  • DOI
  • Date of creation in the UzSCI system25-12-2020
  • Read count254
  • Date of publication16-12-2020
  • Main LanguageIngliz
  • Pages58-63
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 wavefunction in these structures. 

Русский

Впечатляющий  прогресс  в  изготовлении  низкоразмерных 
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.

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.  

Author name position Name of organisation
1 Akhmedov B..
2 Rozikov J..
3 Muminov I..
4 Ruziboev V..
Name of reference
1 G.Bastard. Wave Mechanics Applied to Semiconductor Heterostructures. Halsted Press, 1988
2 M.Levinshtein, S.Rumyantsev and M.Shur. Handbook Series on Semiconductor Parameters, vol. 1. World Scientific, 1996
3 R.Loudon. The quantum theory of light, second edition ed., 1983
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