The Earth's middle and upper atmosphere : proceedings of the Topical Meeting of the COSPAR Interdisciplinary Scientific Commission C(Meetings C6, C7, C9, C10 and C11) of the COSPAR Twenty-eighth Plenary Meeting held in The Hague, The Netherlands, 25 June - 6 July 1990
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書誌事項
The Earth's middle and upper atmosphere : proceedings of the Topical Meeting of the COSPAR Interdisciplinary Scientific Commission C(Meetings C6, C7, C9, C10 and C11) of the COSPAR Twenty-eighth Plenary Meeting held in The Hague, The Netherlands, 25 June - 6 July 1990
（Advances in space research, vol. 12,
Published for the Committee on Space Research by Pergamon Press, c1992
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注記
Includes bibliographies and index
内容説明・目次
内容説明
The problems and concerns related to atmospheric global change during the recent years have placed a special emphasis on the understanding of the middle atmosphere region. The section on Mesosphere-Thermosphere Coupling focusses on the neutral structure of the lower thermosphere, from the mesopause level (ca. 85-90km) to about 150km, and those mechanisms and processes originating at lower altitudes which determine the dynamics of the region. The capability to measure the properties of the middle atmosphere region using the latest remote sensing technique is examined in the chapter on Recent Advances in Middle Atmosphere Measurements whilst Electrical Properties in the Middle Atmosphere reflects the importance of both the radar and in situ rocket payload measurements in relation to investigations of the ionized portion of the middle atmosphere.
目次
- Chapter headings and selected papers: Mesosphere-Thermosphere Coupling. Large-Scale Dynamics. Planetary wave dynamics in the mesosphere and lower thermosphere, A. Ebel et al. Tidal coupling between the mesosphere and thermosphere, C. G. Fesen. Dynamics of the mesosphere/lower thermosphere region from radar observations, A. H. Manson. Incoherent scatter observations of tides in the lower thermosphere at high latitudes, P. J. S. Williams & T. S. Vir
- i. Gravity Waves, Turbulence, and Localized Observations. Seasonal and latitudinal variations of turbulence in the lower thermosphere, A. D. Danilov et al. Meteoric ions as tracers for gravity waves over the magnetic equator, S. P. Gupta. The Fine Structure Layers in the Atmosphere. Middle Atmosphere - Experiment and Observation. OZAFS space experiment for observing the fine structure of the ozone and aerosol distribution in the atmosphere, G. M. Grechko et al. The distribution and size of laminae of enhanced and depleted ozone in the lower stratosphere, G. Vaughan & S. J. Rei
- . Theory. Nonlinear evolution of an unstable stratified shear layer, F. Lott & H. Teitel
- aum. On the relationship between the strength of atmospheric radar backscatter and the intensity of atmospheric turbulence, W. K. Hocking. Thermospheric Composition Changes During Magnetic Storms. Composition changes and empirical models, A. E. Hedin. Thermospheric composition and the positive phase of an ionospheric storm, A. D. Danilov & L. D. Bel
- k. Recent Advances in Middle Atmosphere Measurements. Incoherent scatter radar observations of the middle atmosphere response to a PCA, C. Hall et al. Transmission of gravity waves and planetary waves in the middle atmosphere based on lidar and rocket measurements, C. R. Philbrick & B. Chen.
- B>Electrical Properties of the Middle Atmosphere. Electrodynamics payloads for small rockets, C. L. Croskey et al. Positive and negative ions of the middle atmosphere, E. Kopp. Author Index.
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