Modelling mid-range radionuclide dispersion and deposition from an - PowerPoint PPT Presentation

Dec 21, 2023 •195 likes •302 views

Modelling mid-range radionuclide dispersion and deposition from an hypothetical NPP accident: Trillo NPP scenario Preliminary modelling results University of Seville June 2010 Air integrated concentrations: 137 Cs, neutral stability Air

Modelling mid-range radionuclide dispersion and deposition from an hypothetical NPP accident: Trillo NPP scenario Preliminary modelling results University of Seville June 2010
Air integrated concentrations: 137 Cs, neutral stability
Air integrated concentrations: 137 Cs, stable atmosphere
Ground deposition: 137 Cs, neutral stability
Ground deposition: 137 Cs, stable atmosphere
Air integrated concentrations: 131 I, neutral stability
Air integrated concentrations: 131 I, stable atmosphere
Ground deposition: 131 I, neutral stability
Ground deposition: 131 I, stable atmosphere

Recommend

Modelling mid-range radionuclide dispersion and deposition from an hypothetical NPP accident:

Modelling mid-range radionuclide dispersion and deposition from an hypothetical NPP accident: Trillo NPP scenario Preliminary modelling results University of Seville Model description Lagrangian particle-tracking model Advection with wind: d

583 views • 8 slides

Short-range radionuclide dispersion and deposition modelling University of Seville model EMRAS-2

Short-range radionuclide dispersion and deposition modelling University of Seville model EMRAS-2 Model characteristics Model specifically designed and developed for the exercise Lagrangian dispersion model: 10000 particles released

307 views • 17 slides

Short-range radionuclide dispersion and deposition modelling Vienna, January 2011 University of

Short-range radionuclide dispersion and deposition modelling Vienna, January 2011 University of Seville model EMRAS-2 Model characteristics Model specifically designed and developed for the exercise Lagrangian dispersion model: 10000

569 views • 25 slides

Short-range radionuclide dispersion and deposition modelling EMRAS-2 University of Seville model

Short-range radionuclide dispersion and deposition modelling EMRAS-2 University of Seville model Introduction The model applied in the University of Seville has been specifically designed and developed for this scenario and for research

483 views • 13 slides

EMRAS-II PROJECT Urban Working Group Seville (Spain) 8-10 June Modelling mid-range radionuclide

EMRAS-II PROJECT Urban Working Group Seville (Spain) 8-10 June Modelling mid-range radionuclide dispersion and deposition from an hypothetical NPP accident Francesco Mancini SOGIN Italy EMRAS-II PROJECT - Urban Working Group mid-range

703 views • 23 slides

ADDAM in Short-Range Dispersion ADDAM in Short-Range Dispersion and Deposition Scenario and

ADDAM in Short-Range Dispersion ADDAM in Short-Range Dispersion and Deposition Scenario and Deposition Scenario Presentation for IAEA Environmental Modelling for Radiation Safety (EMRAS-II), Urban Areas Working Group Meeting, Seville, Spain

717 views • 17 slides

Results for EMRAS-Scenario 2: Mid-Range Dispersion Scenario for NPP Trillo G. Sdouz Health

Results for EMRAS-Scenario 2: Mid-Range Dispersion Scenario for NPP Trillo G. Sdouz Health & Environment Department University of Seville, Sevilla, 8. Juni 2010 EMRAS II Environmental Modelling for Radiation Safety Start Jan.2009

703 views • 19 slides

Short range dispersion in urban areas Alan Robins, University of Surrey DAPPLE team Surrey -

Short range dispersion in urban areas Alan Robins, University of Surrey DAPPLE team Surrey - wind tunnel modelling, analysis Bristol - tracer studies, analysis Cambridge - tracer studies, modelling & applications Imperial - personal

648 views • 45 slides

Radionuclide transport in surface systems: Examples of supporting modelling Sten Berglund, SKB,

Radionuclide transport in surface systems: Examples of supporting modelling Sten Berglund, SKB, Sweden EMRAS II WG3 meeting, Vienna Objective and contents Background on the Swedish concept and geological conditions. Examples of modelling

532 views • 20 slides

MATH 105: Finite Mathematics 9-5: Measures of Dispersion Prof. Jonathan Duncan Walla Walla

Measuring Dispersion Range Standard Deviation Chebychevs Theorem Conclusion MATH 105: Finite Mathematics 9-5: Measures of Dispersion Prof. Jonathan Duncan Walla Walla College Winter Quarter, 2006 Measuring Dispersion Range Standard

758 views • 48 slides

Radionuclide decay scheme modelling in EGSnrc Reid Townson, Frdric Tessier, Raphael Galea

Radionuclide decay scheme modelling in EGSnrc Reid Townson, Frdric Tessier, Raphael Galea Measurement Science and Standards Natonal Research Council Canada Simulaton = geometry + source (+...) An accurate partcle source is key Locaton

553 views • 36 slides

Characterization Approaches for Radionuclide-Contaminated Radionuclide Contaminated Subsurface

Characterization Approaches for Radionuclide-Contaminated Radionuclide Contaminated Subsurface Sites MICHAEL TRUEX Pacific Northwest National Laboratory Outline Conceptual model framework Characterization for factors controlling fate and

385 views • 20 slides

1 S TUDY CONTEXT 3 N UMERICAL MODELLING OF RELEASED DREDGED SEDIMENT G ENERAL CONTEXT DISPERSION

N UMERICAL MODELLING OF RELEASED DREDGED SEDIMENT DISPERSION FROM P ANDOP HARBOUR (N EW C ALEDONIA ) N UMERICAL MODELLING OF RELEASED DREDGED SEDIMENT DISPERSION FROM P ANDOP HARBOUR (N EW C ALEDONIA ) 16/10/2019 1 N UMERICAL MODELLING OF RELEASED

608 views • 31 slides

WG10 Modelling of marine dispersion and transfer of radionuclides accidentally released from

WG10 Modelling of marine dispersion and transfer of radionuclides accidentally released from land-based facilities MODARIA Scenarios 1) Fukushima releases in the Pacific Ocean Intercomparison of hydrodynamic submodels First simple

167 views • 12 slides

ADDAM (Atmospheric Dispersion ADDAM (Atmospheric Dispersion and Dose Analysis Method) and Dose

ADDAM (Atmospheric Dispersion ADDAM (Atmospheric Dispersion and Dose Analysis Method) and Dose Analysis Method) Presentation for IAEA Environmental Modelling for Radiation Safety (EMRAS-II), Technical Meeting, Vienna Urban Areas Working Group

398 views • 19 slides

MODARIA WG10 Modelling of marine dispersion and transfer of radionuclides accidentally released

MODARIA WG10 Modelling of marine dispersion and transfer of radionuclides accidentally released from land-based facilities. Interim meeting University of Seville, Spain. 17-19 June, 2015 Participants from Rep. of Korea, Japan, Ukraine,

593 views • 26 slides

Computational Fluid Dynamics Modelling of Aerosol Dispersion and Processes within Urban Street

Computational Fluid Dynamics Modelling of Aerosol Dispersion and Processes within Urban Street Canyons Bee Kiat Tay 1 Martin Gallagher 1 , Gordon McFiggans 1 & Paul Watkins 2 University of Manchester, UK 1. School of Earth Atmospheric and

307 views • 26 slides

APPLICATION OF THE BAYESIAN APPROACH AND INVERSE DISPERSION MODELLING TO SOURCE TERM ESTIMATES

APPLICATION OF THE BAYESIAN APPROACH AND INVERSE DISPERSION MODELLING TO SOURCE TERM ESTIMATES IN BUILT-UP ENVIRONMENTS Franois Septier 1 , Christophe Duchenne 2 , and Patrick Armand 1 1 Universit Bretagne Sud / Lab-STICC DE LA RECHERCHE

294 views • 17 slides

On parameter orthogonality and proper modelling of dispersion in PiG regression Stephane Heritier

On parameter orthogonality and proper modelling of dispersion in PiG regression Stephane Heritier Monash University, Melbourne, Australia Joint work with G. Heller (Macquarie University) and D. Couturier (Cambridge University) Email:

780 views • 47 slides

ADDAM and CSA-ERM Modelling ADDAM and CSA-ERM Modelling Approach and Results for the Approach

ADDAM and CSA-ERM Modelling ADDAM and CSA-ERM Modelling Approach and Results for the Approach and Results for the Mid-Range Scenario Mid-Range Scenario Presentation for IAEA Environmental Modelling for Radiation Safety (EMRAS-II), Urban Areas

467 views • 19 slides

UNCERTAINTY IN SOURCE TERM AND DISPERSION MODELLING FOR INPUT TO EARLY HEALTH PROTECTION DECISIONS

VISUALISING THE SPREAD OF ASSESSMENT RESULTS DERIVING FROM UNCERTAINTY IN SOURCE TERM AND DISPERSION MODELLING FOR INPUT TO EARLY HEALTH PROTECTION DECISIONS Stephanie Haywood 1 , Simon French 2 , Peter Bedwell 1 1 Public Health England, Chilton,

591 views • 22 slides

The Role of Vegetation in Traffic Emission Dispersion and Air Quality in Urban Street Canyons

Christof Gromke, HARMO13, 1 - 4 June 2010, Paris, France The Role of Vegetation in Traffic Emission Dispersion and Air Quality in Urban Street Canyons 13th International Conference on Harmonisation within Atmospheric Dispersion Modelling for

665 views • 48 slides

The Austrian guideline for short range dispersion modeling Markus Kuntner ESA, Federal State of

The Austrian guideline for short range dispersion modeling Markus Kuntner ESA, Federal State of Tyrol Dietmar ttl Air Quality Department of Styria HARMO 10, Paris, France

285 views • 14 slides

RESTRICTED AREVA CFD for atmospheric dispersion prediction in close range B. Farges, P.

The information in this document is AREVA property and is intended solely for the addressees. STAR Global conference AREVA - dispersion March 17-19th 2014 - p.1 Reproduction and distribution are prohibited. Thank you RESTRICTED AREVA CFD for

380 views • 16 slides