Add to ORKGSpectral analysis (primarily in terms of spherical harmonics) is applied to the atmospheric dynamical equations in general, to truncated barotropic systems in particular and, in addition, to the global geopotential height field of the 500 mb surface for September 1957. [...
We introduce two sets of fully normalized harmonics for the spectral analysis of functions defined o...
Fourier analysis is an invaluable tool to engineers and scientists since a wide range of physical...
AbstractAtmospheric phenomena such as the quasi-stationary Rossby waves, teleconnection patterns, ul...
Surface spherical harmonics were used to analyze the horizontal fields of various quantities generat...
International audienceA new formulation of the spectral energy budget of kinetic and available poten...
The grid point method commonly used in numerical calculations presents serious problems in experimen...
Abstract: We compile the global maps of atmospheric effects on the gravity field quan-tities using t...
There are many important problems related to spherical domains. Most common examples would be the Ea...
This study explores the use of nonuniform fast spherical Fourier transforms on meteorological data t...
Variable resolution method helps to study the local scale phenomenon of interest within the context ...
In this work, a new method for the Evaluation of planetary waves using atmospheric temperature data ...
Spherical harmonic analysis was used to analyze the observed climatological (C) fields of temperatur...
Atmospheric phenomena such as the quasi-stationary Rossby waves, teleconnection patterns, ultralong ...
A variable resolution global spectral method is created on the sphere using High resolution Tropical...
A hydrodynamic model of a long-range forecasting of planetary waves is described. In developing this...
We introduce two sets of fully normalized harmonics for the spectral analysis of functions defined o...
Fourier analysis is an invaluable tool to engineers and scientists since a wide range of physical...
AbstractAtmospheric phenomena such as the quasi-stationary Rossby waves, teleconnection patterns, ul...
Surface spherical harmonics were used to analyze the horizontal fields of various quantities generat...
International audienceA new formulation of the spectral energy budget of kinetic and available poten...
The grid point method commonly used in numerical calculations presents serious problems in experimen...
Abstract: We compile the global maps of atmospheric effects on the gravity field quan-tities using t...
There are many important problems related to spherical domains. Most common examples would be the Ea...
This study explores the use of nonuniform fast spherical Fourier transforms on meteorological data t...
Variable resolution method helps to study the local scale phenomenon of interest within the context ...
In this work, a new method for the Evaluation of planetary waves using atmospheric temperature data ...
Spherical harmonic analysis was used to analyze the observed climatological (C) fields of temperatur...
Atmospheric phenomena such as the quasi-stationary Rossby waves, teleconnection patterns, ultralong ...
A variable resolution global spectral method is created on the sphere using High resolution Tropical...
A hydrodynamic model of a long-range forecasting of planetary waves is described. In developing this...
We introduce two sets of fully normalized harmonics for the spectral analysis of functions defined o...
Fourier analysis is an invaluable tool to engineers and scientists since a wide range of physical...
AbstractAtmospheric phenomena such as the quasi-stationary Rossby waves, teleconnection patterns, ul...