The origin and dynamical evolution of the moon.
Tidal friction theory of lunar origin and dynamic evolution
EARTH-MOON SYSTEM↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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On the origin of the Martian satellites Phobos and Deimos.
Phobos and Deimos origin in equatorial circular orbits or asteroid capture and tidal modification
PLANETARY ORIGIN↗
The origin of the moon and geophysical consequences.
Tidal friction theory of lunar origin and dynamic evolution
Singer, S. F.↗
The thermospheric tides as an oscillator circuit system
Approximative derivation of diurnal tidal density wave in thermosphere as oscillatory circuit
Volland, H.↗
Ocean circulation and climatic changes.
Ocean circulation as climate regulator, discussing role in redistributing climate-changing energy input from solar radiation or lunar tidal friction into atmosphere
Hogan, J. S.↗
Geomorphology of a sand ridge.
Sand ridge origin and dynamical setting, discussing morphology-tidal current system equilibrium indicated by theory and field measurements
Smith, J. D.↗
Two alternatives for the history of the moon.
Catastrophic and noncatastrophic alternatives for earth capture of moon, discussing tidal action and spin-orbit resonance
Alfven, H.↗
Resonant spin states and the anomalous rotation of Mercury.
Resonant spin and anomalous rotation of Mercury, analyzing influence of tidal degradation and permanent deformation of planet
Sonett, C. P.↗
A theory of thermosphere dynamics. I - Diurnal and solar cycle variations.
Diurnal and solar cycle variations of thermosphere density and temperature generated by solar EUV input and tidal wave, using two dimensional model
Volland, H.↗
Atmospheric tides and the resonant rotation of Venus
Venus spin-orbit resonance resulting in consistent inferior conjunction with earth, suggesting solar atmosphere tidal influence
Gold, T.↗
A three dimensional model of thermospheric dynamics. 3 - Planetary waves
Generation and propagation of tidal waves in three dimensional spherical model of thermospheric dynamics
Mayr, H. G.↗
The degeneration of the Hough functions within the thermosphere
Implication of Hough function thermospheric degeneration on latitudinal tidal mode structure and vertical wave propagation
Mayr, H. G.↗
Passage through resonance
Gravitational and tidal torque effects on Mercury spin rate as model of passage through resonance
Kyner, W. T.↗
Spin-orbit resonance of Mercury
Mercury spin orbit resonance probability computation, making a priori assumptions for long term orbital variations, tidal torque and equatorial asymmetry
Counselman, C. C., III↗
Fundamentals of aeronomy
Book on aeronomy covering earth upper atmosphere structure, tidal oscillations, gravity waves, airglow, aurora, ionospheric disturbances, electric currents and turbulence
Poppoff, I. G.↗
Dynamical aspects of lunar origin
Lunar origin dynamics, discussing orbit evolution by tidal friction and celestial mechanical theory
Kaula, W. M.↗
Observations of lunar transient phenomena in the Aristarchus region
Lunar transients in Aristarchus region with respect to tidal, sunrise, illumination, magnetic tail, bow shock and solar activity hypotheses
Cameron, W. S.↗
Precision requirements for a spacecraft tide program
Tidal analysis of sea surface elevations from satellite-borne altimeter as function of instrument errors and orbital determinations
Maul, G. A.↗