The effect of lightning channel branching on the temporal waveform of the radiated fields of the return stroke is modeled. The effect of branching is isolated, and compared to the effect of tortuosity of an unbranched channe
Abdract: A cloud-to-ground lightning return-stroke channel is usually modeled as an extending line w...
The streamer bursts generated during the initiation and propagation of leaders play an important rol...
The streamer bursts generated during the initiation and propagation of leaders play an important rol...
The effect of lightning channel branching on the temporal waveform of the radiated fields of the ret...
The analysis of radiation from a lightning return stroke requires both channel geometry and the curr...
A Monte Carlo simulation has been developed for the electromagnetic fields radiated from a tortuous ...
In this paper the results of the estimated electric field associated with tortuous lightning paths a...
Data obtained from photographs of lightning are presented on the tortuosity of return stroke channel...
Usually the electric and magnetic fields associated with lightning have been computed by assuming th...
Models for calculation of lightning induced overvoltages usually assume a straight and vertical ligh...
We present a study on lightning-induced voltages on overhead lines produced by tortuous lightning ch...
A novel approach for developing the electromagnetic fields from a lightning return stroke which foll...
This article presents a model of a tortuous lightning channel, and a study of the consequent electro...
In the design of most of the modern systems, lightning threat needs to be considered at the design p...
The physical reason for the small-scale tortuosity observed in sparks and lightning channels is unkn...
Abdract: A cloud-to-ground lightning return-stroke channel is usually modeled as an extending line w...
The streamer bursts generated during the initiation and propagation of leaders play an important rol...
The streamer bursts generated during the initiation and propagation of leaders play an important rol...
The effect of lightning channel branching on the temporal waveform of the radiated fields of the ret...
The analysis of radiation from a lightning return stroke requires both channel geometry and the curr...
A Monte Carlo simulation has been developed for the electromagnetic fields radiated from a tortuous ...
In this paper the results of the estimated electric field associated with tortuous lightning paths a...
Data obtained from photographs of lightning are presented on the tortuosity of return stroke channel...
Usually the electric and magnetic fields associated with lightning have been computed by assuming th...
Models for calculation of lightning induced overvoltages usually assume a straight and vertical ligh...
We present a study on lightning-induced voltages on overhead lines produced by tortuous lightning ch...
A novel approach for developing the electromagnetic fields from a lightning return stroke which foll...
This article presents a model of a tortuous lightning channel, and a study of the consequent electro...
In the design of most of the modern systems, lightning threat needs to be considered at the design p...
The physical reason for the small-scale tortuosity observed in sparks and lightning channels is unkn...
Abdract: A cloud-to-ground lightning return-stroke channel is usually modeled as an extending line w...
The streamer bursts generated during the initiation and propagation of leaders play an important rol...
The streamer bursts generated during the initiation and propagation of leaders play an important rol...
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