Optical, Magnetic, and Structural Properties of Semiconductor and Semimagnetic Nanocrystals
Semiconductor and semimagnetic nanocrystals (NCs), grown in different host materials,
have attracted considerable attention due to their unique properties which are caused by
zero-dimensional quantum confinement effects. Several advances in controlled chemical
synthesis of materials have provided ways to grow NCs and manipulate their size, shape,
and composition using different methodologies [1-5]. The interesting properties of these
nanoparticles can be explored in diverse technological applications, such as wavelength …
have attracted considerable attention due to their unique properties which are caused by
zero-dimensional quantum confinement effects. Several advances in controlled chemical
synthesis of materials have provided ways to grow NCs and manipulate their size, shape,
and composition using different methodologies [1-5]. The interesting properties of these
nanoparticles can be explored in diverse technological applications, such as wavelength …
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