Etudes et évaluation de processus océaniques par des hiérarchies ...
Etudes et évaluation de processus océaniques par des hiérarchies ... Etudes et évaluation de processus océaniques par des hiérarchies ...
240 Index tel-00545911, version 1 - 13 Dec 2010 Active tracers, 8 Albedo, 18 Availabel potential energy, 46 Available potential energy, 30 Balanced equations, 33 Baroclinic instability, 46 Beta-effect (β-effect), 32 Beta-plane (β-plane), 32 Boussinesq approximation, 43 Brine, 16 Cabbeling, 13 Closure problem, 59 conservative tracer, 15 Convection, 15, 60 Coriolis Force, 26 Coriolis parameter, 27 Dansgaard-Oeschger, 52 Dittmar’s law, 10 Eddies, 46 Eddy viscosity, 60 Ekman layer, 38 Ekman layer thickness, 40 Ekman spiral, 39 Ekman transport, 38 Entrainment, 61, 62 Equation of state, 9 Equatorial β-plane, 49 Equatorial current, 49 Equatorial Rossby radius, 49 Equatorial undercurrent, 49 Geocentric frame, 26 Geostrophic equilibrium, 29 GFD, 33 Gravity currents, 62 Gyre, 35 heat capacity, 13 HMS Challenger, 7, 10 Hydrostatic approximation, 22 66 Inertial frequency, 28 Inertial oscillation, 28, 39 K-closure, 59 Kelvin wave, 34 Level of no motion, 44 North equatorial counter current, 49 Passive tracers, 8 Philander and Pacanowski, 61 Planetary potential vorticity, 32, 35, 42 Planetary vorticity, 37 Poincaré waves, 33 potential density, 13 Potential temperature, 10 Potential vorticity, linear, 30 quasi-geostrophic equations, 33 Reduced gravity, 24 Relative vorticity, 37 Richardson number, 61 Rossby number, 46 Rossby number, 28 Rossby radius, 30, 31, 46 Rossby wave, 34 Salinity, 9 Sandström’s Theorem, 55 Sea surface height (SSH), 29 Slow manifold, 33 Solar constant, 17 South equatorial counter current, 50 Sverdrup, 29 Sverdrup relation, 35, 42 T-S diagrams, 11 Temperature, 10 Thermal wind, 44 Thermobaricity, 13 Thermocline, 51 Traditional approximation, 27, 49
241 INDEX 67 Transport stream-function, 29 UNESCO 1981 formula, 13 Western boundary current, 36 tel-00545911, version 1 - 13 Dec 2010
- 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
- Page 225 and 226: 219 7.3. GEOSTROPHY IN A MULTI-LAYE
- Page 227 and 228: 221 7.5. EDDIES, BAROCLINIC INSTABI
- Page 229 and 230: 223 Chapter 8 Equatorial Dynamics t
- Page 231 and 232: 225 Chapter 9 Abyssal and Overturni
- Page 233 and 234: 227 9.2. MULTIPLE EQUILIBRIA OF THE
- Page 235 and 236: 229 9.3. WHAT DRIVES THE THERMOHALI
- Page 237 and 238: 231 Chapter 10 Penetration of Surfa
- Page 239 and 240: 233 10.2. TURBULENT TRANSPORT 59 If
- Page 241 and 242: 235 10.5. ENTRAINMENT 61 instabilit
- Page 243 and 244: 237 Chapter 11 Solution of Exercise
- Page 245: 239 65 Exercise 32: The moment of i
- Page 249 and 250: Annexe A Attestation de reussite au
- Page 251 and 252: Annexe B Rapports du jury et des ra
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- Page 255 and 256: tel-00545911, version 1 - 13 Dec 20
- Page 257 and 258: 251 utilisés avec pertinence. Sur
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240<br />
In<strong>de</strong>x<br />
tel-00545911, version 1 - 13 Dec 2010<br />
Active tracers, 8<br />
Albedo, 18<br />
Availabel potential energy, 46<br />
Available potential energy, 30<br />
Balanced equations, 33<br />
Baroclinic instability, 46<br />
B<strong>et</strong>a-effect (β-effect), 32<br />
B<strong>et</strong>a-plane (β-plane), 32<br />
Boussinesq approximation, 43<br />
Brine, 16<br />
Cabbeling, 13<br />
Closure problem, 59<br />
conservative tracer, 15<br />
Convection, 15, 60<br />
Coriolis Force, 26<br />
Coriolis <strong>par</strong>am<strong>et</strong>er, 27<br />
Dansgaard-Oeschger, 52<br />
Dittmar’s law, 10<br />
Eddies, 46<br />
Eddy viscosity, 60<br />
Ekman layer, 38<br />
Ekman layer thickness, 40<br />
Ekman spiral, 39<br />
Ekman transport, 38<br />
Entrainment, 61, 62<br />
Equation of state, 9<br />
Equatorial β-plane, 49<br />
Equatorial current, 49<br />
Equatorial Rossby radius, 49<br />
Equatorial un<strong>de</strong>rcurrent, 49<br />
Geocentric frame, 26<br />
Geostrophic equilibrium, 29<br />
GFD, 33<br />
Gravity currents, 62<br />
Gyre, 35<br />
heat capacity, 13<br />
HMS Challenger, 7, 10<br />
Hydrostatic approximation, 22<br />
66<br />
Inertial frequency, 28<br />
Inertial oscillation, 28, 39<br />
K-closure, 59<br />
Kelvin wave, 34<br />
Level of no motion, 44<br />
North equatorial counter current, 49<br />
Passive tracers, 8<br />
Philan<strong>de</strong>r and Pacanowski, 61<br />
Plan<strong>et</strong>ary potential vorticity, 32, 35, 42<br />
Plan<strong>et</strong>ary vorticity, 37<br />
Poincaré waves, 33<br />
potential <strong>de</strong>nsity, 13<br />
Potential temperature, 10<br />
Potential vorticity, linear, 30<br />
quasi-geostrophic equations, 33<br />
Reduced gravity, 24<br />
Relative vorticity, 37<br />
Richardson number, 61<br />
Rossby number, 46<br />
Rossby number, 28<br />
Rossby radius, 30, 31, 46<br />
Rossby wave, 34<br />
Salinity, 9<br />
Sandström’s Theorem, 55<br />
Sea surface height (SSH), 29<br />
Slow manifold, 33<br />
Solar constant, 17<br />
South equatorial counter current, 50<br />
Sverdrup, 29<br />
Sverdrup relation, 35, 42<br />
T-S diagrams, 11<br />
Temperature, 10<br />
Thermal wind, 44<br />
Thermobaricity, 13<br />
Thermocline, 51<br />
Traditional approximation, 27, 49