The transfer of kinetic energy from the troposphere to the stratosphere
Troposphere-stratosphere kinetic energy transfer /1964-1968/, annual variations and vertical flux correlation to circulation pattern
Miller, A. J.↗
Engineering topics
Miller, A. J.
Publications and source records attributed to Miller, A. J..
On the interaction between the stratosphere and troposphere during the warming of December 1967-January 1968
Troposphere-stratosphere kinetic energy transfer during 1967-1968 midwinter warming, comparing calculation by pressure interaction term with direct calculation of vertical velocity fields
Johnson, K. W.↗
Response characteristics of meteorological rocket wind reduction techniques
Response characteristics of height-based and time- based wind reduction techniques for meteorological rocketsondes
Miller, A. J.↗
Synoptic Analysis of the Southern Hemisphere Stratosphere
Synoptic analysis of Southern Hemisphere stratosphere
Finger, Frederick G.↗
Response characteristics of meteorological rocket wind reduction techniques
Evaluation of height and time based meteorological rocket wind reduction techniques
Miller, A. J.↗
Proposed indices characterizing stratospheric circulation and temperature fields.
Circulation and temperature fields indices used for studying tropospheric-stratospheric interactions during stratospheric warming at constant pressure levels
Gelman, M. E.↗
A comparison of data obtained by the MT-135 and ARCAS meteorological rocket systems
Comparisons of wind and temperature data obtained by Japanese MT-135 and American ARCAS meteorological rocket systems in closely spaced launchings
Finger, F. G.↗
On the interannual variability of the tropospheric energy cycle and the quasi- biennial oscillation.
Tropospheric energy cycle interannual variability and quasi-biennial oscillation from geostrophic computations of eddy kinetic energy, energy transfer and internal redistribution
Miller, A. J.↗
A note on the variability of temperature as indicated by rocketsonde thermistors.
Temperature profiles variability for data obtained by rocketsonde thermistors launched with small time and spatial separation
Miller, A. J.↗
Small-scale wind and temperature structure as evidenced by meteorological rocket systems.
Small scale wind and temperature structure from wind and temperature data from Japanese MT 135 and American ARCAS meteorological rocket systems
Finger, F. G.↗
Mall-scale wind and temperature structure as evidenced by meteorological rocket systems.
Small scale wind and temperature structure from parachute wind sensors in meteorological rocket systems
Finger, F. G.↗
Note on the semi-annual wind variation in the equatorial stratosphere.
Semiannual wind variation in equatorial stratosphere analyzed for origin from rocket sounding data
STRATOSPHERE↗
Brayton-cycle radioisotope heat-source design study. Phase II /preliminary design/ report
Brayton cycle radioisotope heat source design
RADIOACTIVE ISOTOPE↗
Brayton-cycle radioisotope heat source design study. Phase I - /Conceptual design/ report
Conceptual designs for radioisotope heat source systems to provide 25 kW thermal power to Brayton cycle power conversion system for space applications
ELECTRIC POWER CONVERSION↗