Numerical simulation of non-steady state neutron kinetics of the TRIGA Mark II reactor Vienna

Modeling a TRIGA Mark II Biological Shield using MCNP5

The 250kW TRIGA Mark II research reactor, Vienna, is equipped with experimental facilities inside and outside the reactor core. Outside the core, there are four beam tubes (three radial and one tangential beam tube), a thermal column and a neutron radiography collimator, supplying neutrons for irradiation experiments. These experiments include neutron radiography, neutron tomography, neutron ac...

In-situ gamma spectrometry measurements of time-dependent Xenon-135 inventory in the TRIGA Mark II reactor Vienna

In this work, it has been shown that the time dependent Xe inventory in the TRIGA Mark II reactor in Vienna, Austria can be measured via gamma spectrometry even in the presence of strong background radiation. It is focussing on the measurement of (but not limited to) the nuclide Xe. The time dependent Xe inventory of the TRIGA Mark II reactor Vienna has been measured using a temporary beam line...

Thermoluminescence Dosimetry at the Vienna Triga Mark-ii Research Reactor

The Past and the Future of the TRIGA Reactor in Vienna

During the past five decades, the TRIGA reactor Vienna has reached a top place in utilization among low power research reactors. This paper discussed the highlights of the major neutron physics experiments in the field of neutron interferometry and ultra-small angle neutron scattering as well as in the field of radiochemistry, education and training and research in the field of nuclear safeguar...

International Conference

In this paper, KENOV.a module of SCALE code system was used to perform Monte Carlo simulation of the TRIGA MARK II research reactor benchmark experiments [1,2] in steady state operation conditions. Robert Jeraj and his coworkers have presented a similar simulation of the TRIGA MARK II research reactor benchmark experiments via MCNP4A in 1997. [3] The core excess reactivity measurement experimen...