The Influence of the Slope Angle of the Ocean–Land Mixed Propagation Path on the Lightning Electromagnetic Fields


During this paper, lightning electromagnetic fields within the presence of an ocean-land mixed propagation path having completely different configurations are evaluated employing a finite-element-based mostly full-wave approach. The simulations are conducted considering lightning strikes to ground and to the ocean. The lightning electromagnetic fields are obtained for observation points within the ground and on the ground surface. The land-ocean interface is represented by a linearly increasing ocean depth characterized by the slope angle. Completely different sets of simulation results show that the electrical field parts (vertical and horizontal) in the immediate vicinity of the interface will be littered with the interface slope angle. The obtained results conjointly show that, for observation points located beyond fifty m or so from the ocean, the impact of the slope angle of the ocean-land interface on the lightning electromagnetic fields will be disregarded.

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