MOSIR Project

Contents List

	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 1) Two-dimensional turbulence; Introduction to inertial ranges, effect of beta, formation of jets. (3/3) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 2) Geostrophic turbulence, Analog to 2D turbulence, baroclinic instability and turbulence, scaling theories. (1/5) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 2) Geostrophic turbulence, Analog to 2D turbulence, baroclinic instability and turbulence, scaling theories. (2/5) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 2) Geostrophic turbulence, Analog to 2D turbulence, baroclinic instability and turbulence, scaling theories. (3/5) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 2) Geostrophic turbulence, Analog to 2D turbulence, baroclinic instability and turbulence, scaling theories. (4/5) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 2) Geostrophic turbulence, Analog to 2D turbulence, baroclinic instability and turbulence, scaling theories. (5/5) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 3) Eddies in the atmosphere and ocean, Phenomenology of baroclinic eddies in ocean and atmosphere, transport properties of eddies. transformed Eulerian Mean and residual circu Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 4) The General Circulation without Eddies, A summary of the circulation in the atmosphere and ocean without baroclinic instability. (1/2) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 4) The General Circulation without Eddies, A summary of the circulation in the atmosphere and ocean without baroclinic instability. (2/2) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 5) Atmospheric Ferrel Cell and the Antarctic Circumpolar Current, Role of large-scale turbulence in these two systems. (1/3) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 5) Atmospheric Ferrel Cell and the Antarctic Circumpolar Current, Role of large-scale turbulence in these two systems. (2/3) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	Geostrophic Turbulence and the General Circulation of the Ocean and Atmosphere; 5) Atmospheric Ferrel Cell and the Antarctic Circumpolar Current, Role of large-scale turbulence in these two systems. (3/3) Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference1 Reference2 Reference3
	The North Atlantic Oscillation and Annular Modes in the Atmosphere. Geoffly K. Vallis (Princeton Univ.) 2005-11-08 7th Fluid Dynamics in Earth and Planetary Sciences (FDEPS) workshop Reference
	衝突率不均質と初期月の進化 Tomokatsu Morota (JAXA/ISAS) 2005-10-20 The Universal Seminar
	超新星元素合成とプレソーラーグレインの同位体比 Takashi Yoshida (Astronomical Institute, Tohoku University) 2005-10-04 The_Universal_Seminar
	Heating in a Stratified Fluid, with Applications to the Dynamics of Thunderstorms and Thin Cirrus Dale R. Durran (University of Washington) 2005-09-12 GFD seminar Reference
	Heating in a Stratified Fluid, with Applications to the Dynamics of Thunderstorms and Thin Cirrus Dale R. Durran (University of Washington) 2005-09-12 GFD seminar Reference
	Transient Mountain Waves in an Evolving Synoptic-Scale Flow and Their Interaction with Large Scales Dale R. Durran (University of Washington) 2005-09-12 GFD seminar Reference
	Shallow convection in orographic precipitation Dale R. Durran (University of Washington) 2005-09-12 GFD seminar Reference
	Transient Mountain Waves in an Evolving Synoptic-Scale Flow and Their Interaction with Large Scales Dale R. Durran (University of Washington) 2005-09-12 GFD seminar Reference

1 ... 129 130 131 132 133 ... 150