Synthesis of semiconductor nanoparticles and characterization of physical and optical properties
by Shremshock, Mikala, M.S., WEST VIRGINIA UNIVERSITY, 2009, 59 pages; 1471812

Abstract:

Nanoparticles are of great interest to a broad scientific community. Because of quantum effects, nanoscale materials exhibit many unique properties that may be exploited for biomedical, defense, and energy applications. Extensive synthetic effort is described for II-VI semiconductor materials. The materials were morphologically confined to zero- or one-dimensional structures. The nanoparticles discussed herein present similar chemical, optical, and physical properties to previously synthesized materials; however, the processes used to obtain these particles are more environmentally benign and use safer chemicals for the researcher and the laboratory environment. These nanomaterials have been extensively characterized to ascertain high quality optical, morphological, and electronic properties as well as viability with biomolecular and cellular conjugation assays.

 
AdviserR. Lloyd Carroll
SchoolWEST VIRGINIA UNIVERSITY
SourceMAI/ 48-02, p. , Dec 2009
Source TypeThesis
SubjectsInorganic chemistry
Publication Number1471812
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