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Lightning has been a global phenomenon observed for thousands of years, and is yet not completely understood by scientists. It is the characteristic property of thunderstorms and even a slight rise in air temperature at ground level leads to a furious increase in the frequency of lightning during thunderstorms. Lightning is becoming the leading cause of weather related personal injuries; hence, the study of lightning strike behavior with respect to various parameters like strike time, geographical distribution, and strength, apart from its electromagnetic wave characteristics, has always been…mehr

Produktbeschreibung
Lightning has been a global phenomenon observed for
thousands of years, and is yet not completely
understood by scientists. It is the characteristic
property of thunderstorms and even a slight rise in
air temperature at ground level leads to a furious
increase in the frequency of lightning during
thunderstorms. Lightning is becoming the leading
cause of weather related personal injuries; hence,
the study of lightning strike behavior with respect
to various parameters like strike time, geographical
distribution, and strength, apart from its
electromagnetic wave characteristics, has always been
a very challenging and interesting field to explore.
This book provides various new visualization and
statistical analysis algorithms developed to study
lightning strike data in a variety of ways with
respect to strike time, strength, and location. These
algorithms will definitely serve as a new insight for
upcoming students and research scientists to explore
the unknown facts of lightning strikes for
improving lightning protection on a global scale.
Autorenporträt
Mayuri N. Desai.
Masters of Science in Electrical Engineering
Specialization: Signal Processing and Communications
University of Maryland Baltimore County, Maryland, USA.
Project Engineer at Biotronics Inc, Iowa, USA.