Lightning Electromagnetics

This book offers a thorough examination of lightning phenomena, covering theoretical models, measurements, and interactions, making Lightning Electromagnetics an essential resource for researchers.

In Lightning Electromagnetics, readers are taken on a comprehensive journey through both theoretical and experimental research surrounding lightning phenomena. The book is structured into four main sections, each focusing on crucial aspects of lightning. The first section delves into models of fundamental lightning processes, providing a foundational understanding of how lightning develops and behaves. The following sections explore the propagation of lightning-induced signals, measurement of lightning parameters, and the interaction of lightning with various systems, offering a well-rounded overview of the subject matter.

The text stands out for its excellent review of how models can support remote sensing efforts related to lightning. It includes valuable data on high-frequency radiated fields associated with lightning, alongside an overview of the data available in both frequency and time domains. This wealth of information makes Lightning Electromagnetics an essential resource for researchers and practitioners in the field.

Additionally, the book presents spectral and temporal characteristics of lightning in the VHF-UHF frequency range. It utilizes photographic and electromagnetic measurements to analyze how lightning selects its strike points, providing insights that are critical for understanding lightning behavior. Overall, Lightning Electromagnetics is a significant contribution to the study of lightning, making complex concepts accessible to a broad audience.