The 'NOODPLAN' early phase nuclear emergency models: an evaluation

Johan Camps; Catrinel Turcanu; Damien Braekers; Benny Carlé; Geert Olyslaegers; Johan Paridaens; Carlos Rojas Palma; Klaas van der Meer

The 'NOODPLAN' early phase nuclear emergency models: an evaluation

Johan Camps, Catrinel Turcanu, Damien Braekers, Benny Carlé, Geert Olyslaegers, Johan Paridaens, Carlos Rojas Palma, Klaas van der Meer

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Research output › peer-review

Abstract

Over the past decades SCK•CEN has developed a set of models –called the NOODPLAN models– for consequence analysis of atmospheric releases during the early phase of a nuclear emergency. This evaluation will draw on our experiences with the NOODPLAN models from regular emergency exercises and will include an inter-model comparison study with state-of-the-art atmospheric dispersion models integrated into the European decision support system RODOS. The results of this evaluation highlight possible future development required to ensure a fast and reliable decision making during the early phase of a nuclear emergency.

Original language	English
Title of host publication	CD proceedings (also on-line available)
Place of Publication	Helsinki, Finland
State	Published - 18 Jun 2010
Event	IRPA 2010 - 3th European IRPA Congress : Encouraging Sustainability in Radiation Protection - Finland - IRPA : International Radiation Protection Agency, Helsinki Duration: 14 Jun 2010 → 18 Jun 2010 http://www.irpa2010europe.com/

Conference

Conference	IRPA 2010 - 3th European IRPA Congress : Encouraging Sustainability in Radiation Protection - Finland
Country/Territory	Finland
City	Helsinki
Period	2010-06-14 → 2010-06-18
Internet address	http://www.irpa2010europe.com/

Cite this

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title = "The 'NOODPLAN' early phase nuclear emergency models: an evaluation",

abstract = "Over the past decades SCK•CEN has developed a set of models –called the NOODPLAN models– for consequence analysis of atmospheric releases during the early phase of a nuclear emergency. This evaluation will draw on our experiences with the NOODPLAN models from regular emergency exercises and will include an inter-model comparison study with state-of-the-art atmospheric dispersion models integrated into the European decision support system RODOS. The results of this evaluation highlight possible future development required to ensure a fast and reliable decision making during the early phase of a nuclear emergency.",

keywords = "nuclear or radiological emergency, atmopheric dispersion, dispersion modelling",

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Camps, J , Turcanu, C, Braekers, D, Carlé, B , Olyslaegers, G , Paridaens, J , Rojas Palma, C & van der Meer, K 2010, The 'NOODPLAN' early phase nuclear emergency models: an evaluation. in CD proceedings (also on-line available). Helsinki, Finland, IRPA 2010 - 3th European IRPA Congress : Encouraging Sustainability in Radiation Protection - Finland, Helsinki, Finland, 2010-06-14.

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AU - Turcanu, Catrinel

AU - Braekers, Damien

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AU - Paridaens, Johan

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AU - van der Meer, Klaas

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N2 - Over the past decades SCK•CEN has developed a set of models –called the NOODPLAN models– for consequence analysis of atmospheric releases during the early phase of a nuclear emergency. This evaluation will draw on our experiences with the NOODPLAN models from regular emergency exercises and will include an inter-model comparison study with state-of-the-art atmospheric dispersion models integrated into the European decision support system RODOS. The results of this evaluation highlight possible future development required to ensure a fast and reliable decision making during the early phase of a nuclear emergency.

AB - Over the past decades SCK•CEN has developed a set of models –called the NOODPLAN models– for consequence analysis of atmospheric releases during the early phase of a nuclear emergency. This evaluation will draw on our experiences with the NOODPLAN models from regular emergency exercises and will include an inter-model comparison study with state-of-the-art atmospheric dispersion models integrated into the European decision support system RODOS. The results of this evaluation highlight possible future development required to ensure a fast and reliable decision making during the early phase of a nuclear emergency.

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