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The NEA Data Bank Computer Program Services organises several training sessions every year, contributing to the dissemination of state of the art codes.
Have you seen our survey on risk and risk communication? Note that entries are included for all stable nuclides. Any further distribution of this work must maintain attribution to the author s and the title of the work, journal citation and DOI. Nuclear technology Physics software. The EASY European Activation System consists of a wide range of codes, data and documentation all aimed at satisfying the objective of calculating the response of materials irradiated in a neutron flux.
Multipurpose Activation and Transmutation Code System. EASY can be divided into two parts: The various species are formed either by a direct reaction on a starting material, by a series of reactions some of which can be on radioactive targets or by a decay or series of decays.
This value can be used to decide if an amount of a radionuclide fislact be disposed of with no special precautions. Please introduce links to this page from related articles ; coee the Find link tool for suggestions.
NEA-1890 FISPACT-II 4.0.
The values are Committed Effective Doses per gispact uptake, which determine the dose received by a person over their lifetime 50 years following the ingestion or inhalation of 1 Bq of activity of a particular radionuclide. Pages Liked by This Page.
With the decreased cost and increased capabilities of computers, Nuclear Engineering has implemented computer software Computer code to Mathematical model into all facets of this field. It is designed to investigate both fusion devices and accelerator based materials test facilities that will act as intense sources of high energy neutrons causing significant activation of the surrounding materials.
These courses provide a unique opportunity to bring together code users from around the globe and facilitate exchanges on the use of computer codes.
Transport of radioactive material from place to place is governed by regulations set up by the IAEA. From Wikipedia, the free encyclopedia. Simulations on lead targets show that important radionuclides, such as Gd, can vary by more than an order of magnitude where more advanced models find agreement within the experimental uncertainties.
Reference  documents the EAF uncertainty library. Email or Phone Password Forgot account?
Please help improve this article by adding citations to reliable sources. This is the second libraries required for SCPR.
This article needs additional citations for verification. Some nuclides with shorter half-lives cofe included where it is felt that they are of particular importance.
High-Energy Activation Simulation Coupling TENDL and SPACS with FISPACT-II
The energy range 10e-5 eV – 60 MeV is covered. Through panel discussions and interactive sessions, the event aims to support NEA membership in identifying and developing the tools and approaches needed to foster dialogue and shared understanding of radiological risks between leaders, experts and stakeholders. This article is an orphanas no other articles link to it.
Tests of the libraries and comparisons against both experimental yield data and the most recent intra-nuclear cascade model results demonstrate that there is need for improved nuclear data libraries up to and above 1 GeV.
This approach to uncertainties is less comprehensive than that found in general purpose evaluated files, but is of great value for fusion related inventory calculations.