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Ecole doctorale de Physique de la r
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Table des matières Résumé v Abst
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TABLE DES MATIÈRES iii 4.5.2 Noise
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Résumé Résumé v Cette étude tr
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Abstract Abstract vii This study de
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Introduction Les sens dont l’a do
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Introduction 3 même, leurs observa
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Chapitre 1 Relativité générale e
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1.1 Relativité générale 1.1.1 Gr
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1.1 Relativité générale 9 La rel
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1.1.3 Tests et prédictions 1.1 Rel
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1.2 Ondes gravitationnelles 1.2.1 E
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y 1.2 Ondes gravitationnelles 15 x
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1.3 Sources d’ondes gravitationne
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1.3 Sources d’ondes gravitationne
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1.3 Sources d’ondes gravitationne
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1.4 Détection 23 Figure 1.6 - Sens
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¢¡ £ © ¥ ¢¡ £ © ¤ ¢¡ £
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Chapitre 2 Etoiles à neutrons Somm
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2.1 Naissance d’une étoile à ne
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2.1 Naissance d’une étoile à ne
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astre Terre Soleil naine blanche é
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2.2 Structure interne 35 Figure 2.4
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2.2 Structure interne 37 extensions
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2.2 Structure interne 39 Figure 2.5
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2.2 Structure interne 41 rigidité
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2.2 Structure interne 43 où = h/2
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2.2 Structure interne 45 à des fer
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2.2 Structure interne 47 Type de su
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2.3 Principes de l’évolution d
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2.3 Principes de l’évolution d
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est environ 0.7 fois la masse nue 1
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2.3 Principes de l’évolution d
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2.3 Principes de l’évolution d
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Log 10 (T/10 9 K) 0 -0.5 -1 -1.5 -2
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2.4 Superfluidité et écarts à l
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2.4 Superfluidité et écarts à l
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aboutit à 2.4 Superfluidité et é
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2.4 Superfluidité et écarts à l
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2.4 Superfluidité et écarts à l
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Résultats 2.4 Superfluidité et é
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2.4 Superfluidité et écarts à l
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2.4 Superfluidité et écarts à l
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Chapitre 3 Oscillations stellaires
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3.1 Modes d’une étoile à neutro
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3.1.2 Perturbations 3.1 Modes d’u
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Un mode propre vérifie donc 3.1 Mo
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3.1 Modes d’une étoile à neutro
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3.2 Oscillations d’une étoile re
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3.2 Oscillations d’une étoile re
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3.2 Oscillations d’une étoile re
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3.2 Oscillations d’une étoile re
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Ω c /Ω max 1.00 0.98 0.96 0.94
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3.3 Modes inertiels et r-modes 97 F
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P K /P 1.0 0.8 0.6 0.4 0.2 3.3 Mode
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3.3 Modes inertiels et r-modes 101
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Chapitre 4 Inertial modes in slowly
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4.1 Introduction 105 what is done w
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4.2 Equations and numbers 107 obvio
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4.2 Equations and numbers 109 tenso
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4.2 Equations and numbers 111 4.2.2
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or 4.2 Equations and numbers 113 Tv
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4.3 Mass conservation, boundary con
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4.4 Test and calibration of the cod
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4.4 Test and calibration of the cod
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Sp(V θ ) 1 4.4 Test and calibratio
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E(t) / E 0 1.15 1.1 1.05 1 4.4 Test
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Sp(S xx ) S xx 0.1 0 -0.1 4.4 Test
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V r Sp(V r ) 0.4 0.2 0 -0.2 -0.4 -0
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4.5.1 Modifications 4.5 Differentia
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Sp(V r ) V r 4 2 0 -2 4.5 Different
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4.6 Strong Cowling approximation in
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V θ Sp(V θ ) 10 5 0 -5 -10 4.6 St
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can be written 4.6 Strong Cowling a
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E Polar / E Total 0.05 0.04 0.03 0.
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S xx Sp(S xx ) 0.2 0.1 0 -0.1 4.6 S
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GW emission. 4.8 Acknowledgments 4.
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Chapitre 5 Modes inertiels dans des
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5.1 Etoiles relativistes en rotatio
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