This book describes the underlying principles of how and why electrical cables function, why they might or might not require shielding, what sort of shielding might be required, and how that shielding should be terminated.

This book concerns the future of electromagnetic technology. Internationally well-known contributors have provided deep technical reviews of the direction of new research in electromagnetics. They discuss how the technology is progressing and then predict developments and outcomes over the coming decades with technical justifications.

This book covers all areas of high-power electromagnetics (HPEM), which includes nuclear electromagnetic pulse, intention EMI (IEMI) and other transient EM environments including lightning, power system transients and medical applications.

As the second volume on multidimensional radar imaging, this book recalls the work presented within the first book and outlines the research and technology advancements that have occurred in the last 4-5 years. This includes details from the NATO SET-250 RTG on "Multidimensional Radar Imaging" performance metrics.

This book is concerned with radar array design exploiting tools from modern optimization theory. Each chapter is written by renowned researchers in radar array design/optimization theory. The book shows the potential benefits in radar beampattern achievable using modern optimization theory.

The technique described in this book can be used to analyse all the mechanisms involved in the propagation of Electromagnetic Interference (EMI), avoiding the need to invoke the complexities of electromagnetic computation. The book is aimed at electrical and electronic circuit design engineers and EMI/EMC design consultants.

This comprehensive handbook written by a team of international experts discusses the key technical and scientific ideas that have propelled the field of weather radar forward. The book covers the five areas of weather radars: science, engineering, signal processing, electromagnetics, and applications.

This comprehensive handbook written by a team of international experts discusses the key technical and scientific ideas that have propelled the field of weather radar forward. The book covers the five areas of weather radars: science, engineering, signal processing, electromagnetics, and applications.