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Application of monte-carlo method in definition of key categories of most radioactive polluted soil

Abstract

Full text: The principle of analysis by Monte Carlo method consists of a choice of random variables of coefficients of an exposition doze capasites of radiation and data on activity within the boundaries of their individual density of frequency distribution of exposition doses capacities.The analysis using Monte Carlo method is useful for realization of sensitivity analysis of measured capacity amount of an exposition dose in order to define the major factors causing uncertainly in reports.Reception of such conceptions can be valuable for definition of key categories of radiation polluted soil and establishment of priorities to use resources for enhancement of the report.Relative uncertainly of radiation polluted soil categories determined with the help of the analysis by Monte Carlo method in case of their availability can be applied using more significant divergence between average value and a confidential limit in case when borders of resources available for preparation and to prepare possible estimations for the most significant categories of sources.Usage of the notion {sup u}ncertainty{sup i}n reports also allows to set threshold value for a key category of sources, if it necessary, for exact reflection of 90 per cent uncertainty in reports.According to radiation safety norms level of radiation backgrounds exceeding  More>>
Authors:
Mahmudov, H M; Valibeyova, G; Jafarov, Y D; Musaeva, Sh Z; [1]  others, and
  1. Institute of Radiation Problems, Azerbaijan National Academy of Sciences, Baku (Azerbaijan)
Publication Date:
Oct 15, 2006
Product Type:
Conference
Resource Relation:
Conference: Nuclear science and its application, Baku (Azerbaijan), 31 Oct - 3 Nov 2006; Related Information: In: Application of monte-carlo method in definition of key categories of most radioactive polluted soil| by Mahmudov, H.M; Valibeyova, G.; Jafarov, Y.D; Musaeva, Sh.Z. [Institute of Radiation Problems, Azerbaijan National Academy of Sciences, Baku (Azerbaijan)]; and others| Instutute of Radiation Problems, Baku (Azerbaijan)| 233 p.
Subject:
54 ENVIRONMENTAL SCIENCES; CAPACITY; MONTE CARLO METHOD; POLLUTION; SOILS
Sponsoring Organizations:
National Academy of Sciences of Uzbekistan (UNAS), Institute of Nuclear Physics of Kazakhstan (INPK), Kyrgyzstan National Academy of Sciences, Bishkek (Kyrgyzstan)
OSTI ID:
22024452
Research Organizations:
Institute of Radiation Problems, Baku (Azerbaijan)
Country of Origin:
Azerbaijan
Language:
English
Other Identifying Numbers:
TRN: AZ1200290111214
Availability:
Available in abstract form only, full text entered in this record
Submitting Site:
INIS
Size:
page(s) 110
Announcement Date:
Jan 17, 2013

Citation Formats

Mahmudov, H M, Valibeyova, G, Jafarov, Y D, Musaeva, Sh Z, and others, and. Application of monte-carlo method in definition of key categories of most radioactive polluted soil. Azerbaijan: N. p., 2006. Web.
Mahmudov, H M, Valibeyova, G, Jafarov, Y D, Musaeva, Sh Z, & others, and. Application of monte-carlo method in definition of key categories of most radioactive polluted soil. Azerbaijan.
Mahmudov, H M, Valibeyova, G, Jafarov, Y D, Musaeva, Sh Z, and others, and. 2006. "Application of monte-carlo method in definition of key categories of most radioactive polluted soil." Azerbaijan.
@misc{etde_22024452,
title = {Application of monte-carlo method in definition of key categories of most radioactive polluted soil}
author = {Mahmudov, H M, Valibeyova, G, Jafarov, Y D, Musaeva, Sh Z, and others, and}
abstractNote = {Full text: The principle of analysis by Monte Carlo method consists of a choice of random variables of coefficients of an exposition doze capasites of radiation and data on activity within the boundaries of their individual density of frequency distribution of exposition doses capacities.The analysis using Monte Carlo method is useful for realization of sensitivity analysis of measured capacity amount of an exposition dose in order to define the major factors causing uncertainly in reports.Reception of such conceptions can be valuable for definition of key categories of radiation polluted soil and establishment of priorities to use resources for enhancement of the report.Relative uncertainly of radiation polluted soil categories determined with the help of the analysis by Monte Carlo method in case of their availability can be applied using more significant divergence between average value and a confidential limit in case when borders of resources available for preparation and to prepare possible estimations for the most significant categories of sources.Usage of the notion {sup u}ncertainty{sup i}n reports also allows to set threshold value for a key category of sources, if it necessary, for exact reflection of 90 per cent uncertainty in reports.According to radiation safety norms level of radiation backgrounds exceeding 33 mkR/hour is considered dangerous.By calculated Monte Carlo method much more dangerous sites and sites frequently imposed to disposals and utilization were chosen from analyzed samples of polluted soil.}
place = {Azerbaijan}
year = {2006}
month = {Oct}
}