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- Q4654914 subject Q8275020.
- Q4654914 abstract "ATSTEP is a Gaussian puff model for diagnosis and prognosis of the atmospheric dispersion, deposition, gamma radiation and doses of released radioactivity in case of accidents in nuclear power plants or during transport, and from dirty bombs.It was developed by Forschungszentrum Karlsruhe (now Karlsruhe Institute of Technology, KIT), one of the largest national research centers in Germany, and is designed for running in the RODOS (Real-time On-line DecisiOn Support) system for nuclear emergency management. RODOS is operational at the German Federal Office for Radiation Protection (BfS), and test operational in many other European countries. More information on RODOS is available on the RODOS website here and on the ATSTEP model here.".
- Q4654914 wikiPageExternalLink www.air-dispersion.com.
- Q4654914 wikiPageExternalLink product_detail.asp?sku=L1023&parent_id=&pc=.
- Q4654914 wikiPageExternalLink RODOS.
- Q4654914 wikiPageExternalLink ATSTEPfinal2.pdf.
- Q4654914 wikiPageWikiLink Q183.
- Q4654914 wikiPageWikiLink Q309988.
- Q4654914 wikiPageWikiLink Q4698354.
- Q4654914 wikiPageWikiLink Q5508986.
- Q4654914 wikiPageWikiLink Q6606347.
- Q4654914 wikiPageWikiLink Q778187.
- Q4654914 wikiPageWikiLink Q8275020.
- Q4654914 wikiPageWikiLink Q867805.
- Q4654914 comment "ATSTEP is a Gaussian puff model for diagnosis and prognosis of the atmospheric dispersion, deposition, gamma radiation and doses of released radioactivity in case of accidents in nuclear power plants or during transport, and from dirty bombs.It was developed by Forschungszentrum Karlsruhe (now Karlsruhe Institute of Technology, KIT), one of the largest national research centers in Germany, and is designed for running in the RODOS (Real-time On-line DecisiOn Support) system for nuclear emergency management. ".
- Q4654914 label "ATSTEP".