Extension of the MSIS Thermosphere Model into the middle and lower atmosphere

Keywords

Thermosphere, Mesopause, Atmosphere (unit), Mesosphere, Longitude

References

• Evidence for accurate temperatures from the inflatable falling sphereF. J. Schmidlin, H. S. Lee, Walter H. Michel — 1989
• Global atmospheric circulation statistics: Four year averagesMao‐Fou Wu, Marvin A. Geller, Eric R. Nash — 1987
• The mean observed meteorological structure and circulation of the stratosphere and mesosphereJ. S. Theon, W. S. Smith, John Casey — 1972
• Revised static models of the thermosphere and exosphere with empirical temperature profilesL. G. Jacchia — 1971
• Lower thermospheric structure from Millstone Hill incoherent scatter radar measurements 2. Semidiurnal temperature componentR. H. Wand — 1983
• Proposal for a reference model of the middle atmosphere of the southern hemisphereYu.P. Koshelkov — 1983
• Climatology and trends of mesospheric (58–90 km) temperatures based upon 1982–1986 SME Limb scattering profilesR. T. Clancy, D. W. Rusch — 1989
• Coordinated tidal observations at AreciboRobert M. Harper, R. H. Wand — 1978
• Monthly mean global climatology of temperature, wind, geopotential height, and pressure for 0 - 120 kmS. Chandra, Eric L. Fleming, M. R. Schoeberl — 1990
• Mesopause temperatures in polar summerU. von Zahn, W. Meyer — 1989
• The effect of breaking gravity waves on the dynamics and chemical composition of the mesosphere and lower thermosphereRolando R. García, Susan Solomon — 1985
• Some properties of upper atmosphere dynamicsH. G. Mayr, I. Harris, N. W. Spencer — 1978
• Middle atmosphere temperature measurements as compared to atmospheric modelsD. Offermann, R. Gerndt, R. Küchler — 1987
• Seasonal and tidal variations of neutral temperatures and densities in the high latitude lower thermosphere measured by EISCATS. Kirkwood — 1986
• Temperature inversions near 75 kmF. J. Schmidlin — 1976
• The atmospheric model in the region 90 to 2000 kmA. E. Hedin — 1988
• A revised thermospheric model based on mass spectrometer and incoherent scatter data - MSIS-83A. E. Hedin — 1983
• Atmospheric structure between 80 and 120 kmJ. M. Forbes, G. V. Groves — 1987
• MSIS‐86 Thermospheric ModelAlan E. Hedin — 1987
• Composition variations in the lower thermosphereD. Offermann — 1974

Cited by

• Development of a Global Ionospheric Forecast Model.R. W. Schunk, J. J. Sojka — 1994
• Space Battlelab's High Accuracy Satellite Drag ModelM. Storz, Bruce R. Bowman, Major James — 2001
• The Magnetic Attitude Control of ABRIXASHans Komgsmann, Matthias Wiegand, Oliver Matthews — 1995
• Computational methods for reentry trajectoriesLuciano Anselmo, Carmen Pardini — 2004
• Upper Atmospheric Densities Derived From Starshine Spacecraft OrbitsR. Gilbert Moore, J. Lean, J. M. Picone — 2003
• Comparison of MSIS and Jacchia atmospheric density models for orbit determination and propagationKeith Akins, Liam M. Healy, Shannon Coffey — 2003
• Thermospheric O/N2 Based on DE-1 FUV Dayglow Imaging DataD. J. Strickland, R. J. Cox, T. Majeed — 1996
• Atmospheric density estimation using satellite precision orbit ephemeridesAnoop Kumar Arudra — 2011
• Fragmentation and Wake Formation in Faint Meteors: Implications for the Structure and Ablation of Small MeteoroidsE. Stokan — 2014
• The Pacific Infrasound Event of April 23, 2001D.J. Brown, Anna Gault, Riley Geary — 2001
• Ionosphere-atmosphere interaction during solar proton eventsPekka T. Verronen — 2006
• EFFECT OF BACKGROUND WIND AND TURBULENT DIFFUSION ON SPORADIC E LAYERS FORMATION AT HIGH LATITUDESMirela Voiculescu, M. Ignat — 2003
• User's Manual for SAG-2, SHARC/SAMM Atmosphere GeneratorRobert M. Shroll, Adler-Golden, Steven, Duff, James W. — 2003
• Sensitivity Analysis of Empirical Parameters in the Ionosphere-Plasmasphere ModelJanelle V. Jenniges — 2011
• Mesospheric Temperature Climatology at the USU/CASS Atmospheric Lidar Observatory (ALO)Joshua P. Herron, Vincent B Wickwar — 2003
• Investigating the Auroral Thermosphere with N2+ LidarR. L. Collins, Liguo Su, D. Lummerzheim — 2006
• DYNAMIC MODEL DEVELOPMENT FOR INTERPLANETARY NAVIGATIONEun-Seo Park — 2005
• Radar and optical studies of small scale features in the Aurora: the association of optical signatures with Naturally Enhanced Ion Acoustic Lines (NEIALs)Brendan Goodbody — 2014
• Correlation Studies of Cosmic Ray Flux and Atmospheric and Space WeatherMathes Dayananda — 2013
• Error Analyses of Refractivity Profiles Retrieved from CHAMP Radio Occultation DataAndrea K. Steiner — 2004

Related papers

• Experimental results on the characteristics of semidiurnal tides in the mesopause-lower thermosphere region at various longitudesN. A. Makarov, Iu. I. Portniagin — 1981
• LTCS: The Lower Thermosphere Coupling Study of the CEDAR and WITS Programs, an attempt to better understand the “Ignorosphere”J. M. Forbes — 1989
• Temporal Variability of Atomic Hydrogen From the Mesopause to the Upper ThermosphereLiying Qian, A. G. Burns, S. C. Solomon — 2018
• Review of long-term trends in the upper mesosphere, thermosphere and ionosphereА. Д. Данилов — 1998
• Investigation of the mesopause energetics and its possible implications on the mesosphere-lower thermosphere -ionosphere (MLTI) processesTarun Kumar Pant, C. Vineeth, R. Sridharan — 2006
• Eddy diffusion models for the mesosphere and lower thermosphereA. Ebel — 1980
• Long-term changes of the mesosphere and lower thermosphere temperature and compositionА. Д. Данилов — 1997
• Evidence for dynamical coupling from the lower atmosphere to the thermosphere during a major stratospheric warmingB. Funke, M. López‐Puertas, D. Bermejo‐Pantaleón — 2010
• Long‐term temperature trends in the middle and upper atmosphereГ. С. Голицын, A. I. Semenov, N. N. Shefov — 1996