In this study, risk analysis and probability distribution methodologies are applied for 222Rn gas data received from Sürgü (Malatya) station located on East Anatolian Fault Zone (EAFZ). 222Rn data are recorded between 21.02.2007 and 06.06.2010 dates. For study are used total 1151 222Rn data. Changes in concentration of 222Rn are modeled as statistically.
REFERENCES
1.
S. A.
Durrani
and R.
Ilic
, Radon Measurements by Etched Track Detectors
(World Scientific
, London
, 1997
), pp. 38
–42
.2.
J. K.
Otton
, The Geology of Radon
(U.S. Geological Survey, General Interest Publication
, 1992
) pp. 3
–17
.3.
F.
Vizzini
and M.
Brai
, Journal of Environmental Radioactivity
113
, 131
–141
(2012
).4.
A.
Koç
and N.
Kaymakcı
, Journal of Geodynamics
65
, 292
–307
(2013
).5.
F.
Külahcı
, Şen
, Z
, Surveys in Geophysics
35
, 449
–478
, (2014
).6.
Z.
Şen
, Flood Disasters And Modern Computational Methods
(Water Foundation Publications
, Istanbul
, 2009
), pp. 136
–145
.7.
F.
Külahcı
, Journal of Hazardous Materials
191
, 349
–355
(2011
).8.
F.
Külahcı
and Z.
Şen
, Environmental Monitoring and Assessment
149
, 363
–370
(2009
).
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