Rocket-Triggered Lightning: The Development of Physical Process and Effect of Lightning Discharge [Hardcover]

This book summarises the fruitful results of rocket-triggered lightning experiments conducted in Guangdong, China, in recent years, including data analysis and theoretical research. One of the main features of this book is to compare the differences between lightning strikes on overhead power lines and strikes on the ground. Starting from the technical background and experimental methods of rocket-triggered lightning, the book delves into the electric current, electric field, magnetic field, optical and acoustic characteristics of artificially triggered lightning. Proceeding progressively from basic to advanced levels, this book meets the needs of scientists at different levels of expertise. It will benefit researchers, engineers and graduate students working in the fields of lightning detection, lightning physics and lightning protection.

History of Rocket Triggered Lightning.- Characteristics of Lightning Current of Rocket triggered Lightning.- Characteristics of Magnetic Field of Rocket triggered Lightning.- Characteristics of Electric Field of Rocket triggered Lightning.- Progressing Characteristics of Dart Leaders in Rocket Triggered Lightning Flashes.- Acoustic Observation of Rocket Triggered Lightning Flashes.- Optical Progressing and Electric Field Change Characteristics of Altitude triggered Lightning Flash.- Development Characteristics of Triggered Lightning with Fast Initial Continuous Current Pulses and Two Grounding Points.- Differences Between Triggered Lightning Striking to Ground and Distribution Line.

Professor Cai Li has taken up a post at Wuhan University, focusing on researching lightning physics and protection. In the past few five years, he has published over 100 papers in SCI/EI papers as the first or corresponding author, received over 30 authorized patents, and been recognized with seven awards at the provincial and ministerial level. He has also been invited to speak at over 20 l3J