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This work describes the synthesis of sulfide semiconductor undoped and doped nanostructures using different chemical approaches. Various characterization techniques are used to study the formation mechanism of the nanostructures and their optical roperties. The study addresses many basic and advanced issues in the nanomaterials science. Some of the findings give insight into the behavior of different phases in nanodimensional range. Future outlook to the work has also been briefly discussed.

Produktbeschreibung
This work describes the synthesis of sulfide semiconductor undoped and doped nanostructures using different chemical approaches. Various characterization techniques are used to study the formation mechanism of the nanostructures and their optical roperties. The study addresses many basic and advanced issues in the nanomaterials science. Some of the findings give insight into the behavior of different phases in nanodimensional range. Future outlook to the work has also been briefly discussed.
Autorenporträt
Anuja Datta pursued her Ph. D in Physics from the Dept. Materials Science, IACS, India. She specialized in the synthesis and properties of nanostructured materials and published 23 peer reviewed journal articles. Currently she is doing her postdoctoral research in nanothermoelectric materials under Prof. G. S. Nolas, Dept. Physics, USF, USA.