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- Prototype of the Primary Standard of Radon Concentration
- Use of Phantom Torso to Measure Radiation Doses Received by Astronauts During Missions to the Moon and Mars
- Application of Neural Networks in Radiation Monitoring Devices
- Influence of Geogenic and Anthropogenic Factors on Indoor Radon Entry and Accumulation in the Techa River Region
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SCIENTIFIC ARTICLES
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Page.2–15
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Prototype of the Primary Standard of Radon Concentration
Mostafa Yuness Abdelfatah, Zhukovsky Mikhail, Vasyanovich Maxim
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Page.16–24
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Use of Phantom Torso to Measure Radiation Doses Received by Astronauts During Missions to the Moon and Mars
Polenov Boris
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Page.25–41
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Reduction of the Uncertainty of the 90Sr, 137Cs and 40K Body BurdenMeasurements for Human with the WholeBody Counter SICH9.1M
Shishkina Elena, Tokareva Elena, Bugrîv Nikolay, Sharagin Pavel, Tolstykh Evgenia, Degteva Marina
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Page.42–55
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Information System Planning Activities and Monitoring of Radiation Safety in the Contaminated Areas (MMP System)
Akimova Inga, Antoniy Evgeny, Gaidukov Vladimir, Dudnikov Vasiliy, Kirillina Irina, Rozhnevskiy Dmitriy, Stepanova Polina, Tarasova Maria
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Page.56–61
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Application of Neural Networks in Radiation Monitoring Devices
Luzhanchuk Yarjslav
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Page.62–70
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Influence of Geogenic and Anthropogenic Factors on Indoor Radon Entry and Accumulation in the Techa River Region
Yarmoshenko Ilia, Vasilyev Aleksey, Malinovsky Georgy, Seleznev Andrian
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