PDF New Training Experiments at the JSI TRIGA Mark II Reactor

Box A Aiken, South Carolina, USA [email protected] ABSTRACT The TRIGA Reactor Vienna has operated for many years with a mixed core using Al- clad and stainless-steel SST

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

The main emphasis of the course is to perform reactor physics experiments on three different research and training reactors at three different universities: Faculty of Nuclear Sciences

The control and data acquisition of experiments was at the VR-1 training reactor significantly improved by installation of a new human machine interface HMI, connected with a new

Reactor Physics Analysis of the Krško NPP by JSI and Westinghouse Marjan Kromar “Jožef Stefan” Institute Reactor Physics Division Jamova 39, SI-1000, Ljubljana, Slovenia

The results show reasonable agreement on the trend of prompt negative temperature coefficient relatively, corresponding to the fuel temperature change in the operational range ITU TRIGA

Figure 6: Calculated reaction rates multiplied by sample mass for different sample shapes in central channel and completely filled all irradiation channels in F ring two different

Fuel Burnup Calculation in ITU TRIGA Mark II Research Reactor by Using Monte Carlo Method Mehmet TÜRKMEN Department of Nuclear Engineering Faculty of Engineering, Hacettepe