Analysis of a Void Reactivity Coefficient of the JSI TRIGA Mark II Reactor

Optimization of the IFBA Pattern in the NPP Krško Fuel Marjan Kromar “Jožef Stefan” Institute Reactor Physics Division Jamova 39, 1001 Ljubljana, Slovenia [email protected]

Determination of the NPP Krško Spent Fuel Activity Marjan Kromar “Jožef Stefan” Institute Reactor Physics Division Jamova 39, SI-1000, Ljubljana, Slovenia [email protected]

In the paper a new calibration process using electrical heaters is presented, with which the heat capacity constant of the reactor pool is calculated to beC = 19.6 kWh/K±0.3 kWh/Kand

International Conference NNNuuucccllleeeaaarrrEEEnnneeerrrgggyyyfffooorrrNNNeeewwwEEEuuurrrooopppeee222000000999 Bled / Slovenia / September 14-17 Activity Analysis of Primary

For the purposes of creating MCNP model of TRIGA reactor hall and basement, simple CAD model was used, which was developed using laser distance meter and blueprints.. There exist some

Coolant temperature measurements in TRIGA performed in the cooling channels of the reactor core enabled validation of the steady-state coupled CFD/neutron transport model and

313 First Analysis of the 2011 Joint CEA/IJS Reactor Dosimetry Campaign in Triga Mark-Ii Reactor : a Step for Preparing an Unfolding Dataset Available to Reactor Dosimetry Community

3 SCENARIOS FOR SIMULATION The current safety report of the TRIGA Mark II reactor uses 4 different accident scenarios, which need a dispersion calculation: • Exposure of 1 fuel