APPLICATION OF INTERPOLATION PROCEDURES FOR PRESENTATION OF DATA ELECTROMAGNETIC WAVE LIGHTENING
Rubrics: ORIGINAL ARTICLES
Authors:
1.
Institute of Physics of the Earth RAS, Moscow, Russia
2.
AC "ALROSA", Moscow, Russia
Type:
Article
Pages:
from 1
to 4
Status:
Published
Received:
25.11.2009
Accepted:
25.11.2009
Published:
25.11.2009
Language:
English
Keywords:
electromagnetic wave lightening, interpolation, inverse distance method, 3D model
Abstract (English):
Electromagnetic wave lightening technique is an important geophysical tool in geological prospecting, including kimberlitic tube detection. Development of transmitters and receivers with the minimal geometrical characteristics allows to process measurements practically on over all well. Processing such data permits us to construct three-dimensional model of site of investigation. In the report one of possible techniques of construction of such model, based on interpolation procedure is presented.
Electromagnetic wave lightening technique is an important geophysical tool in geological prospecting, including kimberlitic tube detection. Development of transmitters and receivers with the minimal geometrical characteristics allows to process measurements practically on over all well. Processing such data permits us to construct three-dimensional model of site of investigation. In the report one of possible techniques of construction of such model, based on interpolation procedure is presented.
Keywords:
electromagnetic wave lightening, interpolation, inverse distance method, 3D model
electromagnetic wave lightening, interpolation, inverse distance method, 3D model
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