To study the dissolution of UOX spent nuclear fuel in a deep geological environment and the
fast release of a selection of relevant radionuclides for long-term safety of this high level …

For the safety assessment of Spent Nuclear Fuel (SNF) in disposal conditions, it is crucial to
determine the fast release of the potentially critical radionuclides (eg 129 I, 137 Cs, 99 Tc, 93 …

A method to determine the neutron production rate of a sample of spent nuclear fuel by
means of nondestructive analysis conducted under controlled-area conditions is described …

A method to determine the neutron production rate of a spent nuclear fuel segment sample
by means of non-destructive assay conducted under standard controlled-area conditions is …

На основе анализа ретроспективы развития национальных ядерных энергетических
систем показаны основные мировые тенденции и изменение подхода к обращению с …

Splnění kritérií a požadavků kladených na jaderné palivo během provozu je nedílnou
součástí jaderné bezpečnosti. Provozní a bezpečnostní kritéria jaderného paliva jsou …

Minor actinides and long living fission products, are largely responsible for the radiotoxicity
and heat production of spent nuclear fuel on the long term. During the last decades …

The basis of the MOX (Mixed OXide) energy equivalence principle is keeping the in-core
fuel management characteristics (cycle length, feed size, etc.) of a nuclear reactor …

The project foresees the synthesis of novel radiation-resistant hydrophobic ionic liquids to
be used for the extraction of minor actinides from acidic aqueous solutions. The importance …