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| Hauptseite > Publikationsdatenbank > V.S.O.P. (99) for WINDOWS and UNIX : computer code system for reactor physics and fuel cycle simulation |
| Hauptseite > Publikationsdatenbank > V.S.O.P. (99) for WINDOWS and UNIX : computer code system for reactor physics and fuel cycle simulation |
| Book | PreJuSER-54081 |
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2000
Forschungszentrum Jülich GmbH Zentralbibliothek, Verlag
Jülich
Please use a persistent id in citations: http://hdl.handle.net/2128/3782
Report No.: Juel-3820
Abstract: V.S.O.P. is a computer code system for the comprehensive numerical simulation of the physics of thermal reactors. It implies the setup of the reactor and of the fuel element, processing of cross sections, neutron spectrum evaluation, neutron diffusion calculation in two or three dimensions, fuel burnup, fuel shuffling, reactor control, thermal hydraulics and fuel cycle costs. The thermal hydraulics part (steady state and time-dependent) is restricted to HTRs and to two spatial dimensions. The code can simulate the reactor operation from the initial core towards the equilibrium core. V.S.O.P.($\underline{99}$) represents the further development of V.S.O.P. ($\underline{97}$). Compared to its precursor, the code system has been improved in many details. Major extensions have been included concerning the thermal hydraulic sections. Beyond that, the many modules of the code-system have been condensed to only 2 executables in the "99",-release of V.S.O.P., to be comfortably handled on a WINDOWS-PC or a UNIX-computer. The necessary data input as well as tile handling and book-keeping of intermediate data sets has been condensed and simplified. A 64 MB memory should be available for the execution of the code. The hard disk requirement for the executables and the basic libraries associated with the code amounts to about 7 MB.
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