Methods of radon measurement | Zendy

Sofija Forkapić | Zendy; I. Bikit | Zendy; Lj. Čonkić | Zendy; M. Vesković | Zendy; J. Slivka | Zendy; M. Krmar | Zendy; Nataša Todorović | Zendy; E. Varga | Zendy; D. Mrdja | Zendy

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Methods of radon measurement

Author(s) -

Sofija Forkapić,

I. Bikit,

Lj. Čonkić,

M. Vesković,

J. Slivka,

M. Krmar,

Nataša Todorović,

E. Varga,

D. Mrdja

Publication year - 2006

Publication title -

facta universitatis - series physics chemistry and technology

Language(s) - English

Resource type - Journals

eISSN - 2406-0879

pISSN - 0354-4656

DOI - 10.2298/fupct0601001f

Subject(s) - radon , radon gas , environmental science , inert gas , atmosphere (unit) , environmental chemistry , physics , engineering , meteorology , chemistry , nuclear physics , chemical engineering

Several important international scientific organizations have designated radon as a carcinogenic and serious health problem. As a chemically inert gas, it is easily released from soil, building materials, and water, to emanate to the atmosphere. Since 1992, Laboratory for Nuclear Physics of the Department of Physics, Faculty of Sciences in Novi Sad has been involved in measurements of radon concentration in air, using several different techniques. Last year, systematic radon measurements in drinking waters began, too. The work presented here gives a survey and discussion of the results of the both series of measurements

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