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Flame Acceleration and Deflagration to Detonation Transition in Nuclear Safety
State-of-the-Art Report by a Group of Experts
OECD Nuclear Energy Agency
NEA/CSNI/R(2000)7
August 2000
- Front Cover and first two pages (PDF)
- List of Authors(PDF)
- Table of Contents(PDF)
- Foreword (PDF)
- Executive Summary (PDF)
- 1 - Introduction(PDF)
- 2 - Processes of Flame Acceleration and DDT(PDF)
- 3 - Criteria for Flame Acceleration and DDT Limits(PDF)
- 4 - Detailed Modeling of FA and DDT(PDF)
- 5 - Experiments and Model Validation(PDF)
- 6 - Applications to Reactor Containment Analysis(PDF)
- 7 - Summary and Issues(PDF)
Appendices:
- A - Laminar and Turbulent Flame Propagation in Hydrogen-Air-Steam Mixtures(PDF)
- B - LAMINAR AND TURBULENT FLAME
PROPAGATION IN HYDROGEN-AIR-CARBON
DIOXIDE MIXTURES AND DETONABILITY LIMITS OF
HYDROGEN-CONTAINING MIXTURES(PDF)
- C - THE TYPICAL REFLECTORS AND CRITICAL
CONDITIONS OF DIFFERENT EXPLOSIONPHENOMENA NEAR NON-FLAT REFLECTING SURFACES(PDF)
- D - DETONATION CELL SIZE DATA(PDF)
- E - DDT EXPERIMENTS IN SHOCK TUBE AND OBSTACLE ARRAY GEOMETRY(PDF)
- F - AGGREGATION RULES FO R THE DETERMINATION OF CHARACTERISTIC CONTAIMENT SIZE IN A LUMPED-PARAMETER APPROACH(PDF)
The OECD Nuclear Energy Agency
provides an official version of this report as a single PDF file.
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