Ηλεκτρονικές και οπτικές ιδιότητες νανοδομών ημιαγωγών
					
				Περίληψη σε άλλη γλώσσα
The goal of this Thesis is to study the electronic and optical properties of semiconductor nanostructuresby employing different theories. The work present in this Thesis is divided into three parts.Part I is devoted to the effective-mass theory and its several applications. A general description of theeffective mass theory and several ways of solving the effective-mass Schrodinger equation with anemphasis on the potential morphing method are given in the first chapter. In the following few chapters,we apply these theories in many realistic systems for the study of many properties.They include: i) the binding energy of hydrogentic donor impurity in semiconductor quantum dots underthe influence of static electric field and/or magnetic field, ii) the linear and nonlinear optical propertiesassociated with intraband transitions in semiconductor quantum dots, core shell quantum dots andquantum-dot-quantum-ring systems.Part II is devoted to the pseudopotential theory and its several applicati ...
								
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