Descripción
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The first wall armor for the reactor chamber of HiPER (spherical chamber 10 m in diameter with 1 mm tungsten armor as inner wall) will have to face short energy pulses of 5 to 20 MJ mostly in form of X¿rays and charged particles at a repetition rate of 5¿10 Hz. The maximum energy fluence which the armor can withstand without risk of failure will be determined by how radiation deposits its energy in time and space in the material. ¿Our objective is to study by using the CODE ASTER software the dependence of thermal effects on the temporal and spatial deposition of energy on theWsurface. ¿We present the first simulated values of the thermodynamical behavior of theWarmor designed for HiPER under a shock ignition target of 48MJ | |
Internacional
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Si |
Nombre congreso
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23rd IAEA Fusion Energy Conference |
Tipo de participación
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960 |
Lugar del congreso
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Daejon, Korea |
Revisores
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Si |
ISBN o ISSN
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978-84-9903-484-3 |
DOI
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Fecha inicio congreso
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11/10/2010 |
Fecha fin congreso
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16/10/2010 |
Desde la página
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500 |
Hasta la página
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501 |
Título de las actas
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Book of Abstracts |