This book Advanced Nanocatalysis for Organic Synthesis and Electroanalysis offers exclusive link between the domains of nanocatalyst and their exploitation in organic syntheses as well as electrochemistry using nanotechnology-based catalysts and electrode structures respectively. It establishes that low cost and high efficiency makes the electrochemical methods of great scientific as well as commercial interest. Furthermore, we present a broad overview of nanocatalysts used in various organic transformations viz., C-C couplings, C-H activations, Carbon-hetero atom bond formations, domino and tandem reactions, heterocyclic syntheses and more. Also, the proposed book includes the synthesis of nanoporous, nanoparticles, nanorods and other nanomaterials of varied compositions for their catalytic applications and to design and develop the good electrode materials, sensors/biosensors and other electroanalytical devices.
The objective of this book is to review the development and progress of application of nanocatalysts in the fields of organic synthesis and electroanalysis over the last few decades. The emphasis will be given to provide its reader a well-compiled, systematic and updated information about the status of the nanocatalysis in the field of organic synthesis as well as electroanalysis. The book is aimed to prepare to deliver a quick and highly compiled knowledge which, in turn, is expected to promote further advances in the field of nanaocatalysis. Also, the book will open-up new dimensions for designing novel nanocatalysts for unexplored chemical reactions important for academia and industries both. The topic chosen in the proposed book will be beneficial for a broad range of readers such as graduate, postgraduate, Ph. D. students, faculty members, research & development (R & D) personals, working in these areas as well.
About the Editor
Dr Vijai K. Rai, Department of Chemistry, GGV (A Central University), Bilaspur C. G., India, has completed his Ph. D. In Chemistry from the University of Allahabad, Allahabad, India. He has been the recipient of several awards viz., Golden Jubilee Award, NASI, India, D. S. Bhakuni Award & ICS, and has published several papers and book chapters in different international journals/books of high repute. His main research area is the development of green synthetic routes to new organic molecules using homogeneous and heterogeneous catalysts.
Dr Manorama Singh, Department of Chemistry, GGV (A Central University), Bilaspur, C. G., India, has completed her Ph. D. in Chemistry from Banaras Hindu University, Varanasi, India. She has published several papers and book chapters in different international and national journals/books of high repute. Her research interests are electroanalytical chemistry, modified electrodes, electro-/organic catalysis and sensors.
Dr Ankita Rai, Chemistry, School of Physical Sciences, JNU, New Delhi, India, has completed her Ph. D. from the University of Allahabad, Allahabad, India. She has published several papers and book chapters in different international journals/books of high repute. Her research interests are synthetic organic chemistry especially environment-friendly organic transformations by developing new synthetic methodologies and new catalytic routes.
Keywords
Bimetallic, Organic transformation, Carbon dioxide conversion, Electrocatalysts, Photo electrochemical, Electro-organic synthesis, Fuel cell, Sensor, Solar cell, Graphene oxide, Solid support, Metal doped graphene, Value added chemicals, Nanomaterial, Water splitting
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