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Methods of detection of ionizing radiation egress of nuclear power station
ŠŤASTNÁ, Milena
The approaches to the draining measurements and to the surroundings of nuclear power stations as well as the nuclear machinery changed depending on the development and the availability of measurement hardware as well as the development of models of radionuclide diffusion in the atmosphere and biosphere. In general, it is demanded to monitor systematically the draining of the radionuclides from nuclear reactors. Monitoring of the draining serves for the inspection of permited draining observance and for detection and estimation of possible evasions and their impact on the inhabitants in the workplace neighbourhood and on the environment. I aimed my study at tritium. Tritium is determined by using a liquid scintillation spectrometry. It is a very effective method of detection and spectrometry of ionizing particles. The liquid scintillation spectometry is aimed at low energetic beta emitters and this method can be also used when measuring alpha emitters. Tritium in the drainings to the drainage channels is measured by the same type of measuring equipment both in the Nuclear power station Dukovany and in the Nuclear power station Temelín. Setting of tritium in these nuclear power stations differentiates in sample preparations for measuring and consequently the measured values are not fully comparable.

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5 ŠŤASTNÁ, Markéta
12 ŠŤASTNÁ, Martina
11 ŠŤASTNÁ, Michaela
4 Šťastná, Magdalena
4 Šťastná, Magdaléna
1 Šťastná, Maria
2 Šťastná, Marie
5 Šťastná, Markéta
12 Šťastná, Martina
11 Šťastná, Michaela
2 Šťastná, Milada
1 Šťastná, Miroslava
12 Šťastná, Monika
1 Šťastná, Mária Bc.
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