Multifractal analysis of electron images of fossil coal surface

The multifractal spectra of electronic images of fossil coal surfaces obtained from outburst-hazardous zones, outburst-nonhazardous (quiet) zones and outburst zones are studied. It is shown that the structural organization of coal surface elements can be represented by a multifractal with a correspo...

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Main Authors: Malinnikov Vasiliy, Zakharov Valeriy, Uchaev Denis, Uchaev Dmitry, Malinnikova Olga
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:E3S Web of Conferences
Online Access:https://doi.org/10.1051/e3sconf/20185601020
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author Malinnikov Vasiliy
Zakharov Valeriy
Uchaev Denis
Uchaev Dmitry
Malinnikova Olga
author_facet Malinnikov Vasiliy
Zakharov Valeriy
Uchaev Denis
Uchaev Dmitry
Malinnikova Olga
author_sort Malinnikov Vasiliy
collection DOAJ
description The multifractal spectra of electronic images of fossil coal surfaces obtained from outburst-hazardous zones, outburst-nonhazardous (quiet) zones and outburst zones are studied. It is shown that the structural organization of coal surface elements can be represented by a multifractal with a corresponding f (α) -spectrum of fractal dimensions, which is suitable to determine quantitative difference in microstructures of coal specimens from outburst-hazardous and outburst-nonhazardous beds. Coals from outburst-hazardous and outburst-nonhazardous beds differ in the direction of skewness of multifractal spectra characterizing their surface structure. If the f (α) -spectrum is skewed to the right, then the analyzed coal specimen belongs to an outburst-hazardous bed, and on the contrary, if f (α) is skewed to the left, then it can be concluded that the coal specimen most likely belongs to an outburst-nonhazardous bed.
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spelling doaj.art-c7f6c598d63044009ee4de562fe50e402022-12-21T22:11:33ZengEDP SciencesE3S Web of Conferences2267-12422018-01-01560102010.1051/e3sconf/20185601020e3sconf_pcdg2018_01020Multifractal analysis of electron images of fossil coal surfaceMalinnikov VasiliyZakharov ValeriyUchaev DenisUchaev DmitryMalinnikova OlgaThe multifractal spectra of electronic images of fossil coal surfaces obtained from outburst-hazardous zones, outburst-nonhazardous (quiet) zones and outburst zones are studied. It is shown that the structural organization of coal surface elements can be represented by a multifractal with a corresponding f (α) -spectrum of fractal dimensions, which is suitable to determine quantitative difference in microstructures of coal specimens from outburst-hazardous and outburst-nonhazardous beds. Coals from outburst-hazardous and outburst-nonhazardous beds differ in the direction of skewness of multifractal spectra characterizing their surface structure. If the f (α) -spectrum is skewed to the right, then the analyzed coal specimen belongs to an outburst-hazardous bed, and on the contrary, if f (α) is skewed to the left, then it can be concluded that the coal specimen most likely belongs to an outburst-nonhazardous bed.https://doi.org/10.1051/e3sconf/20185601020
spellingShingle Malinnikov Vasiliy
Zakharov Valeriy
Uchaev Denis
Uchaev Dmitry
Malinnikova Olga
Multifractal analysis of electron images of fossil coal surface
E3S Web of Conferences
title Multifractal analysis of electron images of fossil coal surface
title_full Multifractal analysis of electron images of fossil coal surface
title_fullStr Multifractal analysis of electron images of fossil coal surface
title_full_unstemmed Multifractal analysis of electron images of fossil coal surface
title_short Multifractal analysis of electron images of fossil coal surface
title_sort multifractal analysis of electron images of fossil coal surface
url https://doi.org/10.1051/e3sconf/20185601020
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