Development of methods and means of remote radar control of radioactive emissions into the atmosphere

V. I. Veremev; I. G. Gorbunov; S. P. Kalenichenko; A. A. Konovalov

Vol 149

Pages:

21-24

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Research article

Safety problems of radiation, electromagnetic and other dangerous influence on people

Development of methods and means of remote radar control of radioactive emissions into the atmosphere

Authors:

V. I. Veremev¹

I. G. Gorbunov²

S. P. Kalenichenko³

A. A. Konovalov⁴

About authors

1 — Prognoz Research Institute at St. Petersburg Electrotecnical University
2 — Prognoz Research Institute at St. Petersburg Electrotecnical University
3 — Prognoz Research Institute at St. Petersburg Electrotecnical University
4 — Prognoz Research Institute at St. Petersburg Electrotecnical University

Date submitted:

2000-10-21

Date accepted:

2000-11-06

Date published:

2001-12-28

Abstract

This paper outlines the results of research on radar detection of man-made formations in the lower atmospheric layer at large distances. A generalized mathematical model of the scattering of electromagnetic waves (radar cross section - RCS) of the leakage from the chimney of a nuclear power plant was developed. The calculated functions of RCS from the radar wavelength showed that the RCS values for accidental leakage are not so large, which creates difficulties in radar detection. The problem of detecting and recognizing the type of leakage has a solution when using a network of multi-position multi-band radars.

Веремьев В.И., Горбунов И.Г., Калениченко С.П., Коновалов А.А. Разработка методов и средств дистанционного радиолокационного контроля радиоактивных выбросов в атмосферу // Записки Горного института. 2001. Т. № 5 149. С. 21-24.

Veremev V.I., Gorbunov I.G., Kalenichenko S.P., Konovalov A.A. Development of methods and means of remote radar control of radioactive emissions into the atmosphere // Journal of Mining Institute. 2001. Vol. № 5 149. p. 21-24.

Development of methods and means of remote radar control of radioactive emissions into the atmosphere

Abstract

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