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- Principles of radon control in the buildings
- Installation for testing individual dosimeters beta radiation UPB-ID
- Radiation safety in radiotherapy
- Methodological foundations of group dose monitoring in the enterprise
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SCIENTIFIC ARTICLES
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Page.2–5
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Methodical Bases of Group Dosimetric Control on Enterprise
E.I.Grigoriev, V.P.Yarina (VNIIFTRI, Mendeleevo)
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Page.6–14
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Principles of Control the Indoor Radon
A.Tsapalov (Research institute of Building Physics Russian academy of architecture
and building science (NIISF RAABS), Moscow, Russia);
A.Marennyy (Federal State Unitary Enterprise Research and Technical Center of
Radiation-Chemical Safety and Hygiene (FSE RTC RCSH), Moscow, Russia)
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Page.15–21
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Radiation Protection in Radiotherapy Using Electron Accelerators
Nurlybaev Kubeysin, Martinyuk Yuri, Karakash Alexander, Sinnikov Leonid –
Scientific and producing company “Doza”, Moscow, Russia;
Lykova Ekaterina, Galyautdinova Zhanneta, Bushmanov Andrey, Tsovyanov Alexander
– Federal Medical Biophysical Centre of A.I.Burnazyan, Moscow, Russia;
Ivanov Serqey, Loginova Svetlana – Russian Medical Academy of Postgraduate
Education Department of Radiation Hygiene, Moscow, Russia.
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Page.22–28
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Mathematical Modeling for a Radon Concentration Field in Ground
Surrounding the Underground Part of a Building
Gulabyants Loren (Scientific research Institute of building physics of the Russian
Academy of architecture and building Sciences, Moscow);
Livshits Ìikhail (Higher school of economic National research university, MIEM,
Moscow)
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Page.29–38
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Extreme Emanation of Rock in the Conditions of High Humidity
S.A.Kurguz, R.A.Nazirov, I.V.Tarasov (Civil Engineering Institute of Siberian Federal
University, Krasnoyarsk)
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Page.39–45
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Estimation of the Errors in the Measurement of Absorbed Doses by
Skin and Eye Dosimeters with Different Thickness of the Active and
Protective Layers
A.I.Surdo, A.V.Boldesh, M.I.Vlasov, I.I.Milman
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Page.46–55
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Total Uncertainty Estimation in Radioecological Soil Monitoring of
Moscow City
Gablin V., Bolshakov M., Govorova L., Shanin S. (FSUE "RADON"),
Loghinova A. (TPU),
Blistanova E. (MIS&A)
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Page.56–59
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Determination of the Absorbed Dose to Graphite for X-rays Using
Graphite Extrapolation Ionization Chamber
Berlyand A.V., Berlyand V.A. (FSUE "VNIIFTRI", Moscow)
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Page.60–64
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Investigation of the Characteristics of Plant for Verification of
Beta-Radiation Individual Dosimeters UPB-ID
Vasiliev I.O., Styazhkin V.A. (Federal state institution «CSMC» Ministry of defense of
Russia, Mytishchi);
Sinnikov L.L. (Scientific and producing company “Doza”)
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Page.65–77
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Estimating Personal Radiation Risks Attributed to Multiple
Computed Tomography Scanning
V.K.Ivanov, V.V.Kashcheev, S.Yu.Chekin, A.N.Menyaylî, E.A.Pryakhin, A.F.Tsyb
(MRRC of the Russian Ministry of Health, Obninsk, Kaluga region);
F.A.Mettler (Department of Radiology and Nuclear Medicine Service, New Mexico VA
Health Care Services, USA)
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Page.78–79
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Using GIS Technology for Data Analysis Radiation Surveys of the
Environment
Yu.V.Orlov, M.V.Ivliev, V.Yu.Zubov, L.F.Verbova, I.P.Korenkov (FSUE "RADON",
Moscow, Russia)
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