OS51ARole of coastlines, dissipation and frequency of perturbation on internal wave propagation examined in a Finite Element Ocean Model Sagar Bora, Sergey Danilov, Gerrit Lohmann Department of Climate Science, Al - Danilov - Document - PDFSEARCH.IO

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	OS51ARole of coastlines, dissipation and frequency of perturbation on internal wave propagation examined in a Finite Element Ocean Model Sagar Bora, Sergey Danilov, Gerrit Lohmann Department of Climate Science, Al Add to Reading List Document Date: 2014-04-24 10:57:40 Open Document File Size: 833,67 KB Share Result on Facebook / Facility Alfred Wegner Institute / / NaturalFeature Atlantic Ocean / Florida bay / Southern Ocean / Gulf of Mexico/Carribean Sea / Ocean Modelling / Gulf of Mexico/ Carribean Sea / Pacific ocean / Labrador Sea / / Organization Gerrit Lohmann Department of Climate Science / Alfred Wegner Institute / / Person Kelvin Waves / Kelvin Wave / Sergey Danilov / Atlantic Ocean / Gerrit Lohmann / / Position general circulation model developed / model / model global ocean / Marshall / / ProvinceOrState Florida / / PublishedMedium Journal of Physical Oceanography / / Region North Atlantic / Gulf of Mexico / east coast / / Technology Geophysics / fluid dynamics / PDF / / SocialTag Atmospheric dynamics Oceanography Water waves Fluid mechanics Waves Kelvin wave Rossby wave Wind wave Dispersion Physical oceanography

OS51ARole of coastlines, dissipation and frequency of perturbation on internal wave propagation examined in a Finite Element Ocean Model Sagar Bora, Sergey Danilov, Gerrit Lohmann Department of Climate Science, AlAdd to Reading List