Computational study of SiC nanotubes for hydrogen storage - Singh, Ram Sevak
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The present book deals several aspects starting with introduction, computational methodology and details of new results. In first chapter, details of nanotechnology emphasizing on different structures, properties and applications of nanotubes with literature review are well documented. Second chapter accounts for the details of computational methods used to study the different properties of materials. Results of computational study are presented in third, fourth and fifth chapters. The findings, presented in this book, have potential in understanding of hydrogen storage properties of SiC…mehr

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Produktbeschreibung
The present book deals several aspects starting with introduction, computational methodology and details of new results. In first chapter, details of nanotechnology emphasizing on different structures, properties and applications of nanotubes with literature review are well documented. Second chapter accounts for the details of computational methods used to study the different properties of materials. Results of computational study are presented in third, fourth and fifth chapters. The findings, presented in this book, have potential in understanding of hydrogen storage properties of SiC nanotubes and its further utilizations in computational and experimental work in future.
Autorenporträt
Dr. Ram Sevak Singh received the degree of doctor of philosophy in physics from National University of Singapore and degree of Master of Technology in materials science and engineering from Indian Institute of Technology Kharagpur, India. He has expertise in areas of materials science and nanotechnology and solid state physics.