Standard

Space structure of electromagnetic field components for different types of lightning channels. / Kononov, I.I.; Borisov, V.V.; Usupov, I.E.

1998. Работа представлена на 24 International Conference on Lightning protection, Birmingham, Ангилья.

Результаты исследований: Материалы конференций › материалы

Harvard

Kononov, II, Borisov, VV & Usupov, IE 1998, 'Space structure of electromagnetic field components for different types of lightning channels', Работа представлена на 24 International Conference on Lightning protection, Birmingham, Ангилья, 14/09/98 - 18/09/98.

APA

Kononov, I. I., Borisov, V. V., & Usupov, I. E. (1998). Space structure of electromagnetic field components for different types of lightning channels. Работа представлена на 24 International Conference on Lightning protection, Birmingham, Ангилья.

Vancouver

Kononov II, Borisov VV, Usupov IE. Space structure of electromagnetic field components for different types of lightning channels. 1998. Работа представлена на 24 International Conference on Lightning protection, Birmingham, Ангилья.

Author

Kononov, I.I. ; Borisov, V.V. ; Usupov, I.E. / Space structure of electromagnetic field components for different types of lightning channels. Работа представлена на 24 International Conference on Lightning protection, Birmingham, Ангилья.6 стр.

BibTeX

@conference{0f74456849bb46d2b7f2f80d541b66f9,
title = "Space structure of electromagnetic field components for different types of lightning channels",
abstract = "The expressions for calculation of return stroke electromagnetic field components are given. The basic element for field calculations is the line channel arbitrarily placed in a free space. For perfectly conductive ground it is possible to calculate and examine fields from more geometrically complicated lightning structures (inclined, tortuous, branching) using this more simple model. Some examples of space waveform variations for several simple lightning models with one-segment vertical, inclined, horizontal and three-segments inclined adjacent channels are discussed. The special attention is called to the fact that the variable limits of integrating in the expressions given differ from ones applied in the usual field calculation practice. All examples discussed are given for the fixed distance 50km in order to exclude the waveform variations caused by distance changing.",
author = "I.I. Kononov and V.V. Borisov and I.E. Usupov",
year = "1998",
language = "English",
note = "24 International Conference on Lightning protection ; Conference date: 14-09-1998 Through 18-09-1998",

}

RIS

TY - CONF

T1 - Space structure of electromagnetic field components for different types of lightning channels

AU - Kononov, I.I.

AU - Borisov, V.V.

AU - Usupov, I.E.

N1 - Conference code: 24

PY - 1998

Y1 - 1998

N2 - The expressions for calculation of return stroke electromagnetic field components are given. The basic element for field calculations is the line channel arbitrarily placed in a free space. For perfectly conductive ground it is possible to calculate and examine fields from more geometrically complicated lightning structures (inclined, tortuous, branching) using this more simple model. Some examples of space waveform variations for several simple lightning models with one-segment vertical, inclined, horizontal and three-segments inclined adjacent channels are discussed. The special attention is called to the fact that the variable limits of integrating in the expressions given differ from ones applied in the usual field calculation practice. All examples discussed are given for the fixed distance 50km in order to exclude the waveform variations caused by distance changing.

AB - The expressions for calculation of return stroke electromagnetic field components are given. The basic element for field calculations is the line channel arbitrarily placed in a free space. For perfectly conductive ground it is possible to calculate and examine fields from more geometrically complicated lightning structures (inclined, tortuous, branching) using this more simple model. Some examples of space waveform variations for several simple lightning models with one-segment vertical, inclined, horizontal and three-segments inclined adjacent channels are discussed. The special attention is called to the fact that the variable limits of integrating in the expressions given differ from ones applied in the usual field calculation practice. All examples discussed are given for the fixed distance 50km in order to exclude the waveform variations caused by distance changing.

M3 - Paper

T2 - 24 International Conference on Lightning protection

Y2 - 14 September 1998 through 18 September 1998

ER -

ID: 103595027