Interest on development of computational tools for calculations of radiation field due to
decay of radioactive activation and fission products (delayed radiation) has increased in …

The high-fidelity simulation of reactor kinetics, with the ability of calculating detailed 3-D time-
dependent distributions of the nuclear quantities of interest, is an important challenge in the …

In the paper we validate theoretical models of the pulse against experimental data from the
Jozef Stefan Institute TRIGA Mark II research reactor. Data from all pulse experiments since …

Neutrons interacting with atomic nuclei in most of the materials included in the current fusion
reactor designs—notably tungsten, ferritic and stainless steels, copper alloys—generate a γ …

High radiation tolerance of functional materials in harsh environments is the key requirement
for the operation of particle accelerators, medical devices, nuclear power plants, satellites …

The knowledge of nuclear heating inside nuclear (fission or fusion) reactor is essential for
safe reactor operation, to know and meet limits expressed in terms of cooling requirements …

The neutron field of various irradiation positions of the TRIGA Mark II reactor of the Jožef
Stefan Institute (JSI) has been thoroughly characterized by neutron activation dosimetry and …

The long-term operation of existing nuclear power reactors is a crucial concern due to the
complexities and expenses associated with replacing key components, such as the reactor …

A pulse experiment model was validated in order to support future pulse experimental
campaigns. All pulse experiments data was collected and are publicly available at …

Gamma rays in nuclear reactors, arising either from nuclear reactions or decay processes,
significantly contribute to the heating and dose of the reactor components. Zero power …