ENE6101 - Physique statique des réacteurs
Section | Nom | Description |
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Ressources du cours | ||
A. H\'ebert, Applied Reactor Physics, Third Edition, Presses Internationales Polytechnique, ISBN 978-2-553-01735-3, 410 p., Montr\'eal, 2020. |
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Le document officiel d'analyse de cours. |
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Un guide de démarrage sur l'utilisation de Matlab écrit par Steven Dufour. |
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Simple UNIX tutorial for beginners |
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Diaporamas | ||
Diaporama semaine 2 |
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Diaporama semaine 3 |
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Diaporama semaine 4 |
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Diaporama semaine 5 |
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Diaporama semaine 6 |
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Diaporama semaine 7 |
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Diaporama semaine 8 |
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Compléter ce script Matlab pour le projet ENE6101 |
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Diaporama semaine 9 |
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Compléter ce script Matlab pour le projet ENE6101 |
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Diaporama semaine 10 |
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Diaporama semaine 11 |
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Diaporama semaine 12 |
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Devoirs | ||
Scripts Matlab utilisés par ENE6101 | return the Ferrer definition of the associated Legendre function |
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produce a Gauss-Jacobi tracking in 1D curvilinear geometry |
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compute the p11 component in 1D cylindrical geometry |
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compute the p11 component in 1D spherical geometry |
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exponential function of order n |
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Bickley function of order n |
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find the fundamental eigenvalue and corresponding eigenvector of equation (a-eval)*evect=0 using the power method. |
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coefficients used with the collision probability method in 1D cylindrical geometry |
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coefficients used with the collision probability method in 1D cylindrical geometry |
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coefficients used with the collision probability method in 1D cylindrical geometry |
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Set the coefficients of the Chebyshev Rational Approximation Method (CRAM) for exponentials |
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Workshops Njoy-Dragon–Donjon | ||