Handbook of Metamaterial-Derived Frequency Selective Surfaces

Dr Shiv Narayan is a Senior Scientist in the Centre for Electromagnetics (CEM), CSIR-National Aerospace Laboratories (CSIR-NAL), Bangalore, India and an Assistant Professor in the Academy of Scientific and Innovative Research (AcSIR), New Delhi. After completing his PhD in Electronics Engineering from Indian Institute of Technology-BHU, where his work specialized on antenna technology, he has worked with the Society for Applied Microwave Electronics Engineering and Research (SAMEER) before joining CSIR- NAL His research interests include computational electromagnetics for aerospace applications, frequency selective surfaces (FSS), RAS, metamaterials, microstrip antennas and phased array antenna and electromagnetic material characterization. He has authored more than 70 journal articles, conference papers, book chapters and technical reports and has authored 2 books. Arun Kesavan is a Research Scholar in the Centre Energie Materiaux Telecommunications, Institut national de la Recherche Scientifique (INRS), Canada, where his research focuses on the development of millimeter-wave reconfigurable antennas based on active frequency selective surface structures for wireless communication systems.

Part -I: Defense and Security Systems.- theme 1- Metamaterial-FSS for the Design of High Performance Radome.- theme 2- Metamaterial-based high Performance Radar Absorbing Structure.- theme 3- Design of Low Observable Antennas using Metamaterial- FSS.- theme 4- Graphene based Tunable Metamaterial-FSS RAS.- theme 5- Active metamaterial FSS based tunable RAS.- theme 6- Metamaterial-FSS based Radome using SIW Technology.- Part -II: Microwave Circuits and Devices.- Theme 1- Metamaterial-FSS based Compact and Wideband Bandpass Filter.- Theme 2- Metamaterial-inspired High Performance Lenses.- Theme 3- High Performance Phase-shifter.- Theme 4- Metamaterial FSS as Polarizers.- Theme 5- Metamaterial-FSS based Waveguide Devices.- Part -III: Wireless Communication Systems.- Theme 1- Compact and broadband Microstrip Antennas.- Theme 2- Beam Steering of Antenna Array using Phase Gradient Metasurface.- Theme 3- Terahertz Metamaterial FSS for future Wireless Communication Systems.- Theme 4- Metamaterial enabled FSS for Beam-tilting MM-Wave Antenna Applications.- Theme 5- Wideband MM FSS Reflector for CP Millimeter-wave Antennas.- Theme 6- Metamaterial-FSS Antenna for Microwave Image Sensing.- Part -IV: Metamaterial-FSS for Industrial Applications.- Theme 1- Metamaterial-FSS for Energy Harvesting.- Theme 2- Metamaterial-FSS for Biomedical Systems.- Theme 3- Metamaterial FSS based Smart Building.