Mathematical Interpretation Of Electromagnetic Lightning Discharge Propagation

Abstract

An electromagnetic lightning discharge propagation is being affected by attenuation parameter  which is defined as the product of attenuation coefficient, n and time, . The line integral of the developed lightning discharge propagation gave rise to the energy outflow, . Then, the energy outflow per time gave rise to the lightning discharge power,  which is expressed as . At initial time, , dimensional investigation showed that the value,  is defined as the product of Coulomb’s constant,  and Impulse, . This value is now called Umahi’s coefficient of lightning discharge.

KEYWORDS: Umahi’s coefficient, and Maxwell, Coulomb’s, and Newton Equations.