Submit an Article
Become a reviewer
Vol 154
Pages:
239-240
Download volume:
RUS

Visualization of earthquake sources on images of the underlying surface

Authors:
V. F. Davydov1
A. Yu. Safronov2
About authors
  • 1 — Moscow University of Forestry
  • 2 — Moscow University of Forestry
Date submitted:
2002-08-24
Date accepted:
2002-09-07
Date published:
2003-03-01

Abstract

In the potential field of mechanical stresses of the origin, anomalies of characteristics of the lithosphere are observed. As a consequence of anomalies, the parameters of electromagnetic field of both own upward radiation and the light flux reflected from the surface of the source are changed. By software processing of images, the areas of foci are reliably distinguished above the background level.

Go to volume 154

References

  1. Дуда Р. Распознавание образов и анализ сцен / Р.Дула; П.Харт. М.: Мир, 1976,
  2. Патент 2160912 РФ. Способ обнаружения аномалий подстилающей поверхности / В.Ф.Давыдов, О.Н.Новоселов, И.А.Мещерова (РФ). 2000 г.
  3. Патент 2181495 РФ. Способ обнаружения очагов землетрясений / В.Ф.Давыдов, О.Н.Новоселов, М.А.Шахраманян, Г.М.Нигметов (РФ). 2002 г.

Similar articles

Inventory of secondary mineral resources in the system of rational subsoil use
2003 P. V. Berezovskii
Development of a methodology and structure for building a database on methods of elimination of local technogenic pollution in rock massifs
2003 O. S. Bryukhovetskii, I. P. Ganin
High-efficiency modular unitary wastewater treatment plant
2003 N. A. Bakhtinov, V. A. Gorodnichev, M. L. Belov, V. I. Kozintsev, Yu. V. Fedotov
State control in the Soviet period: its essence and stages of development
2003 A. M. Tarasov
Исследование фосфорилирования и озонирования измельченной резины
2003 O. I. Tuzhikov, T. V. Khokhlova, O. O. Tuzhikov, L. G. Lazebnaya, A. Yu. Samoilenko
Macrokinetic study of the heterogeneous thermolysis process of hexachlorocyclohexane (hexachlorane)
2003 N. V. Gubanova, A. M. Kutin, I. A. Suprunova, A. D. Zorin, V. F. Zanozina, E. N. Karataev