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Apsidal precession of orbits about an oblate planet
It is noted that expressions for the apsidal precession rates to second order on J2 appear in the literature in at least three apparently mutually contradictory forms. The expressions are reconciled by accounting for subtle differences in the definitions of orbital elements.
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Core Eigenmodes and their Impact on the Earth's Rotation. [PDF]
Triana SA +6 more
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Jupiter Science Enabled by ESA's Jupiter Icy Moons Explorer. [PDF]
Fletcher LN +49 more
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Geometric approximations for global atmospheres on moderately oblate planets
AbstractCertain geometric approximations, such as the widely used traditional shallow‐atmosphere, spherical‐geoid (TSA‐SG) and deep‐atmosphere, spherical‐geoid (DA‐SG) approximations, boil down to the specification of a spatial metric tensor. In order to eliminate the leading‐order errors due to the SG and TSA approximations, a sequence of four ...
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Pluto near the edge of chaos. [PDF]
Malhotra R, Ito T.
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Perturbations of a Hyperbolic Orbit by an Oblate Planet [PDF]
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Earth's volatile depletion trend is consistent with a high-energy Moon-forming impact. [PDF]
Solomatova NV, Caracas R.
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High Accurate Mathematical Tools to Estimate the Gravity Direction Using Two Non-Orthogonal Inclinometers. [PDF]
Mortari D, Gardner A.
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The Formation of Bilobate Comet Shapes through Sublimative Torques. [PDF]
Safrit TK +6 more
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Exploring exoplanet dynamics with JWST: Tides, rotation, rings, and moons. [PDF]
Millholland SC, Winn JN.
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