Search Results - (( Atmospheric position ) OR ((( Atmospheric decomposition ) OR ((((( Atmospheric (composites OR decopositive) ) OR ( Atmospheric composition ))) OR ( Atmospheric compositive ))))))*

The early evolution of the atmospheres of terrestrial planets by SpringerLink (Online service)

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Assessment and mitigation of asteroid impact hazards : proceedings of the 2015 Barcelona Asteroid Day by SpringerLink (Online service)

Contents: “…Barcelona Asteroid Day 2015: Revisiting the Threat by Asteroid and Comet Impact -- Dynamic Sources of Contemporary Hazard From Meteoroids and Small Asteroids -- The Chemistry of Solar System Materials: Sun, Planets, Asteroids, Meteorites and Dust -- Shape Models and Physical Properties of Asteroids -- Asteroid Mining: Mineral Resources in Undifferentiated Bodies From the Chemical Composition of Carbonaceous Chondrites -- Atomistic Simulations of Aqueous Alteration Processes of Mafic Silicates in Carbonaceous Chondrites -- Measuring the Terminal Heights of Bolides to Understand the Atmospheric Flight of Large Asteroidal Fragments -- Constraining the Pre-Atmospheric Parameters of Large Meteoroids: Košice, A Case Study -- Detection of Nocturnal and Daylight Bolides From Ebre Observatory in the Framework of the SPMN Fireball Network -- Natural Hazard Associated to Shock Waves of Meter-Sized Meteoroids -- Chelyabinsk Meteorite As A Proxy for Studying the Properties of Potentially Hazardous Asteroids and Impact Deflection Strategies -- Asteroids, Comets and Meteorite-Dropping Bolides Studied From the Montsec Astronomical Observatory.…”
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Advances in meteoroid and meteor science by SpringerLink (Online service)

Contents: “…-- Reanalysis of the Historic AFTAC Bolide Infrasound Database -- Acoustic-Gravity Waves from Bolide Sources -- Global Detection of Infrasonic Signals from Three Large Bolides -- Radio and Meteor Science Outcomes From Comparisons of Meteor Radar Observations at AMISR Poker Flat, Sondrestrom, and Arecibo -- Estimated Visual Magnitudes of the EISCAT UHF Meteors -- Improving the Accuracy of Meteoroid Mass Estimates from Head Echo Deceleration -- Plasma and Electromagnetic Simulations of Meteor Head Echo Radar Reflections -- A New Model for the Separation of Meteoroid Fragments in the Atmosphere -- Radar Backscatter from Underdense Meteors and Diffusion Rates -- Quantitative Comparison of a New Ab Initio Micrometeor Ablation Model with an Observationally Verifiable Standard Model -- Meteoroids, Meteors, and the Near-Earth Object Impact Hazard -- Apophis: the Story Behind the Scenes -- What was the Volatile Composition of the Planetesimals that Formed the Earth? …”
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