September 5, 2013
January 1, 1984
LUNAR AND PLANETARY EXPLORATION
Work of the US Gov. Public Use Permitted.
Available Downloads 19850005400.pdf STI
Related Records19850005431Analytic SubsidiaryA numerical investigation of planetesimal collision trajectories with a Moon accumulating in Earth orbit19850005448Analytic SubsidiaryLunar origin from impact on the Earth19850005442Analytic SubsidiaryCapture of planetesimals into a circumterrestrial swarm19850005429Analytic SubsidiaryThe dynamic fission instability and the origin of the Moon19850005418Analytic SubsidiaryOrigin of the Moon: Constraints from volatile elements19850005410Analytic SubsidiaryNickel-cobalt systematics and their bearing on lunar origin19850005438Analytic SubsidiaryGeochemical evidence for the formation of the Moon by impact induced fission of the proto-Earth19850005426Analytic SubsidiaryThe Moon's orbit history and inferences on its origin19850005406Analytic SubsidiaryLunar magnetic history19850005407Analytic SubsidiaryMagnetic constraints on early lunar evolution revisited: Limits on accuracy imposed by methods of paleointensity measurements19850005425Analytic SubsidiaryTwo lunar global asymmetries19850005408Analytic SubsidiaryImplications of lunar palaeomagnetism for the origin of the Moon19850005401Analytic SubsidiaryGeophysical and geochemical constraints favoring the capture hypothesis19850005436Analytic SubsidiaryOrigin of the Moon19850005428Analytic SubsidiaryNumerical simulations of fission19850005411Analytic SubsidiaryAbundancies of Ni, Cr, CO and major elements in the silicate portion of the Moon: Constraints from primary lunar magmas19850005420Analytic SubsidiaryThe I-Pu-Xe age of the Moon19850005427Analytic SubsidiaryA reappraisal of Darwin's fission hypothesis and a possible limit to the primordial angular momentum of the Earth19850005433Analytic SubsidiaryA testable gravitational capture model for the origin of the Earth's Moon19850005441Analytic SubsidiaryModels of angular momentum input to a circumterrestrial swarm from encounters with heliocentric planetesimals19850005402Analytic SubsidiaryLunar magma ocean and its implication for origin of the Moon19850005419Analytic SubsidiaryVolatile elements in and on lunar volcanic glasses: What do they tell us about lunar genesis?19850005437Analytic SubsidiaryOn the origin of the Moon by rotational fission19850005445Analytic SubsidiaryThe origin of the Moon19850005421Analytic SubsidiaryTests of the lunar hypothesis19850005439Analytic SubsidiaryAn integrated dynamical and geochemical approach to lunar origin modelling19850005430Analytic SubsidiaryTidal disruption and the origin of the Moon19850005415Analytic SubsidiaryThe bulk-Moon MgO/FeO ratio: A highlands perspective19850005447Analytic SubsidiaryMechanical models of close approaches and collisions of large protoplanets19850005404Analytic SubsidiaryThe size of the lunar core19850005417Analytic SubsidiaryPetrologic constraints on the origin of the Moon: Evidence from Apollo 1419850005412Analytic SubsidiaryGe abundances in the lunar mantle and implications for the origin of the Moon19850005446Analytic SubsidiaryFormation of the prelunar accretion disk19850005414Analytic SubsidiaryMegaregolith thickness, heat flow, and the bulk composition of the Moon19850005444Analytic SubsidiaryA circumterrestrial compositional filter19850005443Analytic SubsidiaryThe lunar angular momentum problem19850005434Analytic SubsidiaryDirectional properties of circular Maria: Interpretation in the context of a testable gravitational capture model for lunar origin19850005422Analytic SubsidiaryConstraints on lunar origin: Evidence preserved in Precambrian stromatolites19850005409Analytic SubsidiaryConstraints on the origin of the Moon from molybdenum and other siderophile elements19850005416Analytic SubsidiaryBulk composition of the Moon in the context of models for condensation in the solar nebula19850005432Analytic SubsidiaryStochastic does not equal ad hoc19850005403Analytic SubsidiaryThe initial thermal state of the Moon19850005405Analytic SubsidiaryOn the Apollo subsatellite evidence for a lunar core19850005424Analytic SubsidiaryTidal dissipation in the Earth and Moon from lunar laser ranging19850005440Analytic SubsidiaryLunar origin: role of giant impacts19850005423Analytic SubsidiaryConstraints on the origin of viscoelastic bodies19850005413Analytic SubsidiaryIs phosphorus predictably incompatible in igneous processes?19850005435Analytic SubsidiaryThe problem of iron partition between Earth and Moon during simultaneous formation as a double planet system