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170 CHAPITRE 4. ETUDES DE PROCESSUS OCÉANOGRAPHIQUES : 9 tel-00545911, version 1 - 13 Dec 2010 Fig. 3. σ-coordinates of G11 shown (black lines). Red-lines mark the boundaries of the zones Z1,Z2 and Z3 (bottom to top). Blue line gives initial profile of gravity current. Fig. 5. Down-slope displacement of the centre of gravity of the gravity current in the 2.5D experiments during the first 7 days of the experiments. Vertical axis in m<strong>et</strong>res and horizontal axis in days. Fig. 4. Temperature structure (in C o ) in the simulation with convective adjustment (G09). Coordinates give grid levels. Fig. 6. Along-slope transport of the gravity current (normalised by the initial geostrophic value) in the 2.5D experiments during the first 7 days of the experiments.
4.9. ON THE NUMERICAL RESOLUTION OF THE BOTTOM LAYER IN SIMULATIONS OF OCEA 10 : tel-00545911, version 1 - 13 Dec 2010 Fig. 7. Down-slope displacement of the centre of gravity of the gravity current in the 3D experiments during the first 7 days of the experiments. Vertical axis in m<strong>et</strong>res and horizontal axis in days. Fig. 8. Along-slope transport of the gravity current in the 3D experiments during the first 7.5 days of the experiments.
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Mémoire de Recherche présenté pa
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Table des matières I Etudes de pro
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Première partie tel-00545911, vers
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Chapitre 1 Avant-propos tel-0054591
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Chapitre 2 Comprendre la dynamique
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2.3. HIÉRARCHIE DE TYPES DE MODÈL
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2.3. HIÉRARCHIE DE TYPES DE MODÈL
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2.5. MA RECHERCHE DANS LE CONTEXTE
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Chapitre 3 Dynamique océanique et
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3.1. LA CIRCULATION OCÉANIQUE À G
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3.1. LA CIRCULATION OCÉANIQUE À G
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3.2. PROCESSUS SUBMÉSO ECHELLES ET
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3.4. RETOUR À LA GRANDE ECHELLE PA
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Bibliographie tel-00545911, version
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Deuxième partie tel-00545911, vers
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33 Curriculum Vitae du Dr. Achim WI
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35 tel-00545911, version 1 - 13 Dec
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Colloque bilan LEFE, Plouzané, Mai
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Chapitre 4 Etudes de Processus Océ
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4.1. VARIABILITY OF THE GREAT WHIRL
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4.2. THE PARAMETRIZATION OF BAROCLI
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4.3. A NON-HYDROSTATIC FLAT-BOTTOM
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4.4. TILTED CONVECTIVE PLUMES IN NU
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4.5. MEAN CIRCULATION AND STRUCTURE
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Page 183 and 184: 177 Contents 1 Preface 5 tel-005459
Page 185 and 186: 179 Chapter 1 Preface tel-00545911,
Page 187 and 188: 181 Chapter 2 Observing the Ocean t
Page 189 and 190: 183 Chapter 3 Physical properties o
Page 191 and 192: 185 3.3. θ-S DIAGRAMS 11 3.3 θ-S
Page 193 and 194: 187 3.6. HEAT CAPACITY 13 tel-00545
Page 195 and 196: 189 3.7. CONSERVATIVE PROPERTIES 15
Page 197 and 198: 191 Chapter 4 Surface fluxes, the f
Page 199 and 200: 193 4.2. FRESH WATER FLUX 19 water.
Page 201 and 202: 195 Chapter 5 Dynamics of the Ocean
Page 203 and 204: 197 5.2. THE LINEARIZED ONE DIMENSI
Page 205 and 206: 199 5.4. TWO DIMENSIONAL STATIONARY
Page 207 and 208: 201 5.6. THE CORIOLIS FORCE 27 Whic
Page 209 and 210: 203 5.8. GEOSTROPHIC EQUILIBRIUM 29
Page 211 and 212: 205 5.10. LINEAR POTENTIAL VORTICIT
Page 213 and 214: 207 5.13. A FEW WORDS ABOUT WAVES 3
Page 215 and 216: 209 Chapter 6 Gyre Circulation tel-
Page 217 and 218: 211 6.1. SVERDRUP DYNAMICS IN THE S
Page 219 and 220: 213 6.2. THE EKMAN LAYER 39 In the
Page 221 and 222: 215 6.3. SVERDRUP DYNAMICS IN THE S
Page 223 and 224: 217 Chapter 7 Multi-Layer Ocean dyn
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221 7.5. EDDIES, BAROCLINIC INSTABI
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223 Chapter 8 Equatorial Dynamics t
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225 Chapter 9 Abyssal and Overturni
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227 9.2. MULTIPLE EQUILIBRIA OF THE
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229 9.3. WHAT DRIVES THE THERMOHALI
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231 Chapter 10 Penetration of Surfa
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233 10.2. TURBULENT TRANSPORT 59 If
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235 10.5. ENTRAINMENT 61 instabilit
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237 Chapter 11 Solution of Exercise
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239 65 Exercise 32: The moment of i
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241 INDEX 67 Transport stream-funct
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Annexe A Attestation de reussite au
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Annexe B Rapports du jury et des ra
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251 utilisés avec pertinence. Sur
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