Electronic structure and momentum density of some binary systems - Sharma, Ghanshyam
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Compton Scattering has become a standard tool to study the electron momentum densities in materials because the momentum distribution of valence electrons in a solid can be measured through the Doppler shift of Compton scattered photons by electrons in motion. This book details how the Compton scattering experiments are performed, data are analyzed, and results are interpreted and provides fundamental understanding of the electronic structure and momentum density of some Ti-based alloys and semiconductors compounds.

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Produktbeschreibung
Compton Scattering has become a standard tool to study the electron momentum densities in materials because the momentum distribution of valence electrons in a solid can be measured through the Doppler shift of Compton scattered photons by electrons in motion. This book details how the Compton scattering experiments are performed, data are analyzed, and results are interpreted and provides fundamental understanding of the electronic structure and momentum density of some Ti-based alloys and semiconductors compounds.
Autorenporträt
Dr. Ghanshyam Sharma is Associate Professor of Physics at Banasthali University. He received his Ph.D. from University of Rajasthan, Jaipur in Condensed Matter Physics. He has published more than 25 research papers in National/International Journals in the areas of Electronic structure, Phase transition and Momentum density of some binary systems.