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Consultant's Meeting on
New Evaluated Data File Processing Capabilities


5 - 9 October 2015, IAEA, Vienna


Background

The ENDF-6 format is the currently adopted universally format for storing evaluated nuclear data. However, such data representation is seldom directly usable in application codes. Processing of the data is less trivial than it seems, as demonstrated through the ' Code Verification Project conducted by D.E. Cullen through the IAEA many years ago. As a result, many codes were simply abandoned. Apart from some local codes, the main survivors for basic data processing and for generating application libraries were PREPRO, NJOY and AMPX. Unfortunately, the PREPRO package is limited to the basic operations on nuclear data, while NJOY and AMPX are subject to some restrictions in the distributions.

Motivation

The motivation for the Consultants Meeting is to help steering the Agency's development efforts in the field of nuclear data to better serve the users in Member States. There is a strong desire in Member States to have access to "open source" data processing system that would be well maintained and would avoid the danger of "common mode failure" due to all data processing done with the same set of processing tool, and to enhance the development of data processing capabilities for the emerging alternative data representation formats such as the GND format.

Objectives

Review available nuclear data processing codes, discuss their status, availability, define the necessary development work and the means of implementation, and expected assistance from the IAEA (CRP, DDP, CSA, CM, informal information exchange, etc.)

Agenda

The Agenda is available here.

Codes

The list of well known processing codes is given below.
  • NJOY99, NJOY2012
  • AMPX
  • Fudge
  • PrePro2015
  • GRUCON
  • CALENDF
  • Other ...

Work to be done

In preparation for the meeting the participants should prepare answers to the questions listed below. The current status is available in the Questionaire document.
  • What is the end purpose of your data processing activities?
  • Which application code uses your processed data (is it open source, available on request or classified)?
  • What is the processed data format?
  • What are the characteristics of the group structure if preparing data for deterministic codes?
  • What is the status of your code (e.g.: open source, available on request, classified, under development, etc.)?
  • If enhancement of the open-source data processing capabilities is undertaken through the IAEA, are you willing
  • to contribute your software?
  • Which are the data processing modules of highest priority that are not available as open-source software?

By the end of the Meeting a list of data processing codes used in different laboratories and their status should be assembled.

A list of modules should be prepared, where improvements are most urgently needed (in terms of methods, code availability, etc).

Summary Report

The summary report INDC(NDS)-0695 is available.

Presentations

#AuthorTitleLink
1A. Trkov (Ed.)QuestionnairePDF
2D. BrownUse of processing codes for ENDF Quality AssurancePDF
3A.C. KahlerNJOY2012 - Current Status and Future PlansPDF
4V. SinitsaGRUCON Code Package: Status and ProjectsPPT
5Liu PingStatus of Nuclear Data Processing Codes at CNDCPPT
6Kenichi TadaCurrent nuclear data processing status of JAEAPPTX
7B. BecksDAPI: an API for deterministic transport processingPPTX
8B. BecksLLNLs Open Sourcing Philosophy and its Nuclear Data InfrastructurePPTX
9M. DunnAMPX Overview and Modernization StatusPDF
10W. HaeckGAIA : Nuclear data processing for transport and criticality safety calculations at IRSNPPTX
11C. MatoonNuclear data processing with Fudge and GNDPPTX
12G. ZerovnikRandom sampling of resonance parametersPDF
13D.H. KimCurrent Status of Nuclear Data Processing Activities at KAERIPPT
14V. ZerkinConsultants Meeting on The New Evaluated Nuclear Data File Processing CapabilitiesPDF
15 MyENDF - web tool for ENDF evaluatorsPDF
16A. Trkov, D.E. CullenAn alternative approach to creating ACE data files for use in Monte Carlo CodesPDF
17 PPTX
18A. TrkovGuidelines for Nuclear Data Verification and Validation, INDC(SEC)-0107PDF

Codes

#AuthorFunctionLink
1A. TrkovACELST - Summarize contents of ACE file and convert to ENDFFOR
2A. TrkovACEXSD - Make xsdir entry from an ACE fileFOR
3A. TrkovXSDEDT - Edit a local xsdir file by adding a new ACE entryFOR
4A. TrkovMTXEND - Summarize contents of MATXS file and convert to ENDFFOR
5A. TrkovGNTOEN - Convert GENDF files from GROUPR and ERORR to ENDFFOR
6L. Plevnik et al.ENDSAM - Random sampling of resonance parameters from covariance data (updated on 27 October 2015, includes all external routines needed for compilation)ZIP
7D.E. CullenURRDO convert self-shielded cross sections to MB parametersgz
8A. TrkovENDVER - ENDF-6 File Verification Support Packagelink

Data files

#TypeTitleLink
1U-235_ACENominal case (ENDF/B-VII.1)ZIP
2 Two-band, no self-shieldingZIP
3 Two-band, with self-shieldingZIP
4U-238_ACENominal case (ENDF/B-VII.1)ZIP
5 Two-band, no self-shieldingZIP
6 Two-band, with self-shieldingZIP

 Last Updated: 05/24/2016 10:05:59