List of successfully defended dissertation
(since 2011)
2016
Ing. Hana Burešová |
New scintillation detectors based on polystyrene |
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2015
Ing. Boris Andris |
Development of methods for the determination of limited beta emitting radionuclides using LSC |
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Ing. Jan Bárta |
Radiation- and Photo-induced Preparation of Synthetic Garnets Based on LuAG |
Mgr. Michal Fejgl |
Application of the determination of C-14 activities for following the radiation burden of the population |
Ing. Petr Kovařík |
Development of progressive technologies for organic radioactive waste treatment |
RNDr. Ivana Krausová |
Short-lived products of pohotonuclear reactions on a microtrone and their application in photonuclear activation analysis |
Ing. Tereza Pavelková |
Radiation preparation of actinide oxides |
Ing. Irena Špendlíková |
Development of sample preparation methods for 236U determination by AMS |
Mgr. Kamila Šťastná |
Development of processes for separation of Cm from Am |
Ing. Martina Toufarová |
Study of reactivity of carbon nanostructures induced by ionising and nonionising radiation |
RNDr. Martin Vlk |
Synthesis and study of isotopically labelled Betulinines |
2014
Thermally induced ionization and quenching processes in novel oxide and sulfide scintillation materials |
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Preparation of ZnO nanoparticle and nanocomposite scintillator |
2012
Ing. Daniel Seifert |
Optimization of the Radiosynthesis of [18]Fluoroethylspiperone Using Commercially Available Automated Synthesis Modules. Ing. Ondřej Lebeda, Ph.D. |
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Ing. Jiří Landa |
Modelování vlivu vybraných parametrů migrace radionuklidů z úložišť radioaktivních odpadů na jejich přenos do biosféry. doc. Mgr. Dušan Vopálka, CSc. |
2011
Ing. Marek Tomeš |
Study of lutetium-177-labelled compounds. |
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Ing. Jan Ráliš |
Study of production of 86Y and 124I on the cyclotron U-120M. |
Mgr. Vera Beckford |
Synthesis and evaluation of radioconjugates formed with selected trivalent radiometals. |
Ing. Marek Fikrle |
Development of methods for determination of 99Tc in environmental samples |
Landa: Mathematical and computer modeling of the anticipated deep geological repository concept