Abstract
To enable a validation of neutron physics calculation methods for pebble bed reactors the inner reflector of an Argonaut research reactor was substituted by a full of about 1200 fuel elements of the AVR-Juelich type. The report describes the measuring instruments and the reactor physical layout of the arrangement by the code packages GAMTEREX, ZUT-D.G.L. and MUPO. Comparison of calculated reaction rates with measurements show good agreement. Application of the codes to high-temperature reactors in abnormal states is envisaged. (Author, translated by G.Q.)
Mueller, H;
Schuerrer, F;
Ninaus, W;
Oswald, K;
Rabitsch, H;
Kreiner, H;
[1]
Neef, R D
[2]
- Technische Univ., Graz (Austria). Inst. fuer Theoretische Physik und Reaktorphysik
- Kernforschungsanlage Juelich G.m.b.H. (Germany, F.R.). Inst. fuer Reaktorentwicklung
Citation Formats
Mueller, H, Schuerrer, F, Ninaus, W, Oswald, K, Rabitsch, H, Kreiner, H, and Neef, R D.
The Siemens-Argonaut reactor as a driver zone for a high-temperature reactor cell. Der Siemens-Argonaut-Reaktor als Treiberzone fuer eine Hochtemperaturreaktorzelle.
Austria: N. p.,
1984.
Web.
Mueller, H, Schuerrer, F, Ninaus, W, Oswald, K, Rabitsch, H, Kreiner, H, & Neef, R D.
The Siemens-Argonaut reactor as a driver zone for a high-temperature reactor cell. Der Siemens-Argonaut-Reaktor als Treiberzone fuer eine Hochtemperaturreaktorzelle.
Austria.
Mueller, H, Schuerrer, F, Ninaus, W, Oswald, K, Rabitsch, H, Kreiner, H, and Neef, R D.
1984.
"The Siemens-Argonaut reactor as a driver zone for a high-temperature reactor cell. Der Siemens-Argonaut-Reaktor als Treiberzone fuer eine Hochtemperaturreaktorzelle."
Austria.
@misc{etde_956982,
title = {The Siemens-Argonaut reactor as a driver zone for a high-temperature reactor cell. Der Siemens-Argonaut-Reaktor als Treiberzone fuer eine Hochtemperaturreaktorzelle}
author = {Mueller, H, Schuerrer, F, Ninaus, W, Oswald, K, Rabitsch, H, Kreiner, H, and Neef, R D}
abstractNote = {To enable a validation of neutron physics calculation methods for pebble bed reactors the inner reflector of an Argonaut research reactor was substituted by a full of about 1200 fuel elements of the AVR-Juelich type. The report describes the measuring instruments and the reactor physical layout of the arrangement by the code packages GAMTEREX, ZUT-D.G.L. and MUPO. Comparison of calculated reaction rates with measurements show good agreement. Application of the codes to high-temperature reactors in abnormal states is envisaged. (Author, translated by G.Q.)}
place = {Austria}
year = {1984}
month = {Dec}
}
title = {The Siemens-Argonaut reactor as a driver zone for a high-temperature reactor cell. Der Siemens-Argonaut-Reaktor als Treiberzone fuer eine Hochtemperaturreaktorzelle}
author = {Mueller, H, Schuerrer, F, Ninaus, W, Oswald, K, Rabitsch, H, Kreiner, H, and Neef, R D}
abstractNote = {To enable a validation of neutron physics calculation methods for pebble bed reactors the inner reflector of an Argonaut research reactor was substituted by a full of about 1200 fuel elements of the AVR-Juelich type. The report describes the measuring instruments and the reactor physical layout of the arrangement by the code packages GAMTEREX, ZUT-D.G.L. and MUPO. Comparison of calculated reaction rates with measurements show good agreement. Application of the codes to high-temperature reactors in abnormal states is envisaged. (Author, translated by G.Q.)}
place = {Austria}
year = {1984}
month = {Dec}
}