Thermoluminescence in inorganic crystals - Laad, Meena
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Recent developments in semiconductor research and technology over the last few years have led to a renewed interest in the growth of single crystals of different solids with improved physical perfection and high purity. Any deviation from the perfect atomic periodicity in a crystal is known as a lattice defect.Lattice defects greatly affect the properties like color ability, diffusion, electrical resistance, the strength of the crystals etc.As a result, the study of crystal defects has assumed a central position in material science. This book provides an understanding of the theoretical and…mehr

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Produktbeschreibung
Recent developments in semiconductor research and technology over the last few years have led to a renewed interest in the growth of single crystals of different solids with improved physical perfection and high purity. Any deviation from the perfect atomic periodicity in a crystal is known as a lattice defect.Lattice defects greatly affect the properties like color ability, diffusion, electrical resistance, the strength of the crystals etc.As a result, the study of crystal defects has assumed a central position in material science. This book provides an understanding of the theoretical and experimental aspects of the growth of single KBr crystal of potassium bromide with solution growth technique.It describes the thermoluminescence properties of KBr crystal and method of calculating the activation energy with the help of glow curves.
Autorenporträt
Dr Meena Laad is currently working as Associate Professor (Physics) at Symbiosis International University,Pune,INDIA. Dr Laad had been a bright student with a good academic record. Her research areas are Solid State Physics and Biomedical Physics. She is the editorial board member and reviewer of some peer reviewed International Journals.