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Nanoestruturas semicondutoras

Nanoestruturas semicondutoras

Abdelaziz EL MOUSSAOUY / Mohamed Chnafi / Omar MOMMADI

52,40 €
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Editorial:
KS OmniScriptum Publishing
Año de edición:
2024
Materia
Física
ISBN:
9786204748030
52,40 €
IVA incluido
Disponible

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Este trabalho estuda as propriedades electrónicas e ópticas de excitões e triões em nanoestruturas semicondutoras, aplicando modelos de confinamento finito e infinito. Os triões, ou excitões carregados, são quasipartículas formadas pela associação de um excitão com um eletrão ou um buraco. Eles se distinguem por sua carga e mobilidade, gerando propriedades únicas para nanoestruturas. O nosso estudo calcula a energia de ligação, a transição energética e a função de onda eletrónica numa caixa quântica cilíndrica, integrando os efeitos da pressão e da temperatura. São propostos dois modelos teóricos para a energia de ligação e de não-correlação, baseados numa abordagem variacional multi-parâmetro. Os resultados mostram que as propriedades dos tríons dependem da pressão, da temperatura e do confinamento, e que são mais estáveis em nanoestruturas, abrindo perspectivas tecnológicas em optoelectrónica e telecomunicações.

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