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Serveur d'exploration sur les relations entre la France et l'Australie - Analysis (Canada)

Index « Auteurs » - entrée « T. Nakamura »
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T. Nakahara < T. Nakamura < T. Nakazawa  Facettes :

List of bibliographic references

Number of relevant bibliographic references: 2.
Ident.Authors (with country if any)Title
001D56 (1997) S. E. Palo [États-Unis] ; M. E. Hagan [États-Unis] ; C. E. Meek [Canada] ; R. A. Vincent [Australie] ; M. D. Burrage [États-Unis] ; C. Mclandress [Canada] ; S. J. Franke [États-Unis] ; W. E. Ward [Canada] ; R. R. Clark [États-Unis] ; P. Hoffmann [Allemagne] ; R. Johnson [États-Unis] ; D. Kürschner [Allemagne] ; A. H. Manson [Canada] ; D. Murphy [Australie] ; T. Nakamura [Japon] ; Yu. I. Portnyagin [Russie] ; J. E. Salah [États-Unis] ; R. Schminder [Allemagne] ; W. Singer [Allemagne] ; T. Tsuda [Japon] ; T. S. Virdi [Royaume-Uni] ; Q. Zhou [Porto Rico]An intercomparison between the GSWM, UARS, and ground based radar observations : a case-study in January 1993
001D88 (1994) T. Tsuda [Japon] ; Y. Murayama [Japon] ; T. Nakamura [Japon] ; R. A. Vincent [Australie] ; A. H. Manson [Canada] ; C. E. Meek [Canada] ; R. L. Wilson [France]Variations of the gravity wave characteristics with height, season and latitude revealed by comparative observations

List of associated KwdEn.i

Nombre de
documents		Descripteur
2Mesosphere
1Adelaide
1Altitude
1Annual cycle
1Atmospheric density
1Atmospheric tides
1Background winds
1Case study
1Comparative studies
1Comparative study
1Conjugate points
1Convection
1Daylight hours
1Dominant gravity waves
1Dyana campaign
1Equatorial region
1Excitation
1Fkitts
1Fluctuation
1Frequency spectra
1Fritts
1General circulation
1Gravity
1Gravity activity
1Gravity wave
1Gravity wave activity
1Gravity wave characteristics
1Gravity wave cncrgy
1Gravity wave energy
1Gravity wave energy density
1Gravity waves
1Ground based measurement
1Height changes
1Height coverage
1Height range
1Height ranges
1Height variations
1Higher altitudes
1Horizontal wind velocities
1Horizontal wind velocity variance
1Horizontal winds
1Inertial period
1January
1Latitudinal
1Latitudinal variations
1Lidar
1Lidar observations
1Logarithmic slope
1Lower atmosphere
1Lower stratosphere
1Mesopause region
1Middle atmosphcrc
1Middle atmosphere
1Middle atmosphere dynamics
1Middle latitudes
1Model spectrum
1Model values
1Murayama
1Numerical simulation
1Observation data
1Observation range
1Other hand
1Period components
1Planetary scale
1Planetary wave
1Planetary waves
1Quantitative comparison
1Radar data
1Radar observation
1Radar observations
1Radar results
1Recent observations
1Right panel
1Saskatoon
1Satellite observation
1Saturation condition
1Seasonal variation
1Seasonal variations
1Semiannual
1Semiannual variation
1Semiannual variations
1Shigaraki
1Significant excitation mechanisms
1Spectral amplitudes
1Spectral density
1Spectral shape
1Stratosphere
1Surface winds
1Temperature fluctuations
1Thermosphere
1Thick lines
1Tidal wave
1Tsuda
1Turbulent layers
1Two dimensional model
1Unit volume
1Upper stratosphere
1Variance
1Vertical scales
1Wave cncrgy

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