Syllabus
The characteristics and the dead-time of a Geiger-Müller counter
The statistics of a nuclear decay
Determining the -ray energy by the absorption in the aluminum
Determining the -ray energy by the absorption in the lead
The scintillation counter parameters
The -rat spectrometry
Determining the half-life of the long-life radionuclides. The half-lives of 238U and 40K
Determining the half-life of the short-life radionuclides. The half-life of thorone
The activation and determining of a half-life of indium
The backscattering of a radiation
The measurement on the liquid scintillation counter I. The single-marked compounds
The measurement on the liquid scintillation counter II. The double-marked compounds
The separation of UX1 from the uranyl salts
The radioimmunologic analysis
The immunoradiometric analysis
The isotopic exchange of 35S in the thiourea
Annotation
Characteristics and dead time of Geiger-Muller counter, parameters of scintilation counter, the use of liquid scintilation counter for single and double labelled compounds, radioactive decay statistics, the determination of beta and gamma emission energy using absorption, gamma spectrometry, half-life determination of long- and short lived radionuclides, radionuclide separations, isotopic exchange in organic compounds, radiochromatography, neutron activation , the radionuclide preparation via neutron activation, radioimmunoassay.