An ozone measurement in the mesosphere and stratosphere by means of a rocket sonde
Ozone measurement in mesosphere and stratosphere by means of rocket-released parachute sonde
Goodman, P.↗
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Brief information - Experiment with direct measuring of concentrations of water vapor and atomic oxygen in the mesosphere
Direct measurement of oxygen and water vapor in mesosphere
Fedynskiy, A. V.↗
Short-term temperature variations in the winter mesosphere
Short term temperature variations in winter mesosphere
Theon, J. S.↗
Seasonal transitions in the thermal structure of the mesosphere at high latitudes
Acoustic grenade experiments to monitor transition in thermal structure of mesosphere
Smith, W. S.↗
Optical radar observations of mesospheric aerosols in Norway during the summer 1966.
Aerosol content of mesosphere with noctilucent clouds measured with optical radar in Norway
Fiocco, G.↗
Nitric oxide in the mesosphere and its variations.
Distributions, seasonal variations and ionospheric implications of mesospheric nitric oxide concentration
Mitra, A. P.↗
The warming of the upper stratosphere in February 1966 and the associated structure of the mesosphere.
Upper stratosphere warming and associated structure of mesosphere from rocket sounding, discussing high winds related to pressure gradient, upward vertical motion, etc
Quiroz, R. S.↗
Temperature, pressure, density, and wind measurements in the stratosphere and mesosphere
Rocket-borne temperature, pressure, density, and wind measurements in stratosphere and mesosphere using acoustic grenade and pitot probes
Casey, J. F.↗
Ozone measurements in the mesosphere and stratosphere during two significant geophysical events
Sonde measurement of ozone in mesosphere and stratosphere during two significant geophysical events
Hilsenrath, E.↗
Seasonal transitions in the thermal structure of the mesosphere at high latitudes
Thermal structure transition of mesosphere at high altitudes from persistent summertime to dynamic wintertime case
Smith, W. S.↗
Statistical models of the density and wind profiles in the mesosphere based on 208 soundings
Statistical mesosphere temperature, density and wind profiles models based on rocket soundings
Casey, J. F.↗
Temperature, pressure, density, and wind measurements in the stratosphere and mesosphere, 1969
Temperature, pressure density, and wind measurements in stratosphere and mesosphere during 1969
Azcarraga, A.↗
A study of the thermal structure of the mesosphere and lower thermosphere. Aeronomy program report no. 5
Vertical eddy thermal transport and global energy budgets of mesosphere and lower thermosphere
Olivero, J. J., Jr.↗
Possible effects of latent heat release in the troposphere on the vertical temperature structure in the mesosphere
Meteorological sounding of mesosphere structure and effects of latent heat release in troposphere
Eberstein, I. J.↗
Ozone measurements in the mesosphere and stratosphere during two significant geophysical events
Ozone distribution measurements in mesosphere and stratosphere by rocket during seasonal ionospheric disturbance and solar eclipse
Hilsenrath, E.↗
Joint measurements of wind and temperature structure in the winter mesosphere at high latitudes
An attempt to identify propagating internal gravity waves in the mesosphere was made by sounding the region with three instrumented rockets on January 13-14, 1970, from Churchill, Canada (59 N). The three observations, which were conducted at approximately 90 min. intervals, consisted of a pitot probe bracketed by two acoustic grenade soundings. Thus, two temperature and wind profiles and one density profile were obtained independently, permitting an examination of the thermodynamic structure and the wind structure. The results of the combined thermodynamic and wind observations were found to be quantitatively compatible with a gravity wave interpretation. This interpretation also predicts vertical velocities on the order of 10/msec in the 80 km region.
Eberstein, I. J.↗
The mean observed meteorological structure and circulation of the stratosphere and mesosphere
Meteorological soundings of the upper stratosphere and mesosphere, conducted with in situ rocket techniques during all seasons of the year from several sites, ranging in latitude from 8 deg S to 71 deg N, are analyzed. The resulting data are compiled into mean monthly and seasonal profiles of temperature, pressure, density, and wind for each site and are presented in graphical and tabular form. Analyses of these mean values produced time cross sections, quasi-meridional cross sections, and constant level maps which are included.
Theon, J. S.↗
Observations of the global structure of the stratosphere and mesosphere with sounding rockets and with remote sensing techniques from satellites
Brief descriptions are given of the techniques involved in determining the global structure of the mesosphere and stratosphere based on sounding rocket observations and satellite remotely sensed measurements.
Heath, D. F.↗