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Recent studies on fission products behaviour in a severe accident
Mélany Gouëllo
,
Teemu Kärkelä
,
Jouni Hokkinen
, Jarmo Kalilainen
, Ari Auvinen
Research output
:
Contribution to conference
›
Conference article
›
Scientific
Overview
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Keyphrases
Severe Accident
100%
Chemical Reaction
100%
C-Si
100%
Fission Product Behavior
100%
Primary Circuit
50%
Boron
50%
Containment
50%
Gas Stream
50%
Molybdenum
50%
Iodine
50%
Gaseous Iodine
50%
Pipe Wall
50%
Fission Product Transport
50%
Cesium Iodide
50%
Cesium
50%
Kinetic Reaction
50%
Research-led
50%
ASTEC Code
50%
Gaseous Phase
50%
SOPHAEROS
50%
H-systems
50%
INIS
transport
100%
severe accidents
100%
fission products
100%
chemical reactions
100%
iodine
100%
surfaces
50%
boron
50%
chemistry
50%
walls
50%
gases
50%
pipes
50%
streams
50%
containment
50%
reaction kinetics
50%
molybdenum
50%
hypothesis
50%
caesium
50%
cesium iodides
50%
Engineering
Experimental Result
100%
Severe Accident
100%
Primary Circuit
100%
Pipe Wall
100%
Experimental Work
100%
Gaseous Phase
100%
Fission Product Behavior
100%
Gas Streams
100%
Fission Product
100%
Material Science
Cesium
100%
Fission Product Behavior
100%
Boron
50%
Electronic Circuit
50%
Molybdenum
50%
Fission Product
50%
Chemistry
Cesium
100%
Fission Product
100%
Molybdenum
50%
Chemistry
50%
Gaseous Phase
50%
Chemical Engineering
Cesium
100%
Cesium Iodide
100%
Gas Streams
100%
Medicine and Dentistry
Cesium
100%