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Parent body

  • Physical and Dynamical Properties of the Unusual V-Type Asteroid (2579) Spartacus Dagmara Oszkiewicz1, Agnieszka Kryszczynska´ 1, Paweł Kankiewicz2, Nicholas A

    Physical and Dynamical Properties of the Unusual V-Type Asteroid (2579) Spartacus Dagmara Oszkiewicz1, Agnieszka Kryszczynska´ 1, Paweł Kankiewicz2, Nicholas A

  • Exploring the Geology of a New Differentiated Basaltic Asteroid

    Exploring the Geology of a New Differentiated Basaltic Asteroid

  • Sulfides in Enstate Chondrites

    Sulfides in Enstate Chondrites

  • The Nakhlite Meteorites: Augite-Rich Igneous Rocks from Mars ARTICLE

    The Nakhlite Meteorites: Augite-Rich Igneous Rocks from Mars ARTICLE

  • The Bunburra Rockhole Meteorite Fall in Sw Australia: Determination of the Fireball Trajectory, Luminosity and Impact Position from Photographic Records

    The Bunburra Rockhole Meteorite Fall in Sw Australia: Determination of the Fireball Trajectory, Luminosity and Impact Position from Photographic Records

  • Cosmic-Ray Exposure Ages of Fossil Micrometeorites from Mid-Ordovi- Cian Sediments at Lynna River, Russia

    Cosmic-Ray Exposure Ages of Fossil Micrometeorites from Mid-Ordovi- Cian Sediments at Lynna River, Russia

  • 1 Unique Achondrite Northwest Africa 11042: Exploring the Melting And

    1 Unique Achondrite Northwest Africa 11042: Exploring the Melting And

  • The Desert Fireball Network: a New Era for Space Science in Australia

    The Desert Fireball Network: a New Era for Space Science in Australia

  • Introduction to Meteorites Developed and Compiled by Larry Lebofsky, PSI

    Introduction to Meteorites Developed and Compiled by Larry Lebofsky, PSI

  • Pyroxene Chemistry in Polymict Eucrite Northwest Africa 6475: Contrasts with Juvinas, Stannern and Igdi, and Evaluation of Models for Eucrite Magmatic Evolution

    Pyroxene Chemistry in Polymict Eucrite Northwest Africa 6475: Contrasts with Juvinas, Stannern and Igdi, and Evaluation of Models for Eucrite Magmatic Evolution

  • Bunburra Rockhole: Exploring the Geology of a New Differentiated Basaltic Asteroid

    Bunburra Rockhole: Exploring the Geology of a New Differentiated Basaltic Asteroid

  • Characterization of Potential Micrometeorites by Synchrotron Analysis

    Characterization of Potential Micrometeorites by Synchrotron Analysis

  • Systematics and Evaluation of Meteorite Classification 19

    Systematics and Evaluation of Meteorite Classification 19

  • Ejection of Martian Meteorites

    Ejection of Martian Meteorites

  • Osmium Isotope Systematics of Ureilites

    Osmium Isotope Systematics of Ureilites

  • Sulfide Formation in Cm Chondrites: Nebula Vs

    Sulfide Formation in Cm Chondrites: Nebula Vs

  • Iron Meteorites Crystallization, Thermal History, Parent Bodies, and Origin

    Iron Meteorites Crystallization, Thermal History, Parent Bodies, and Origin

  • REFERENCES LUNAR SAMPLE COMPENDIUM (July 2012)

    REFERENCES LUNAR SAMPLE COMPENDIUM (July 2012)

Top View
  • JUNO the PARENT BODY of H-CHONDRITE METEORITES? John W
  • Title Mesosiderite Formation on Asteroid 4 Vesta by a Hit-And-Run
  • 31. Rapid Accretion and Differentiation of Iron Meteorite Parent Bodies
  • Martian Meteorite Dhofar 019: a New Shergottite
  • Stannern Document
  • Thermal History Modelling of the L Chondrite Parent Body
  • Nature and Origins of Meteoritic Breccias 679
  • 2-2013Chemerdfinal
  • The Early Formation of the IVA Iron Meteorite Parent Body
  • Origin and Evolution of Ureilite Vein Metal – Fe, Ni, Co and Ni­Isotope Systematics of Ureilite Vein Metal and Ureilite Silicates
  • Implications for the Origins of Pure Anorthosites Found in The
  • A Xenolith from an Early Formed Parent Body in the Cm Carbonaceous Chondrite Lapaz Icefield 02239 M
  • Identification of the Parent Bodies of Micrometeorites with High-Precision Oxygen Isotope Ratios
  • Identifying Asteroidal Parent Bodies of the Meteorites: the Last Lap
  • 39Ar–40Ar Ages of Martian Nakhlites
  • Combining Meteorites and Missions to Explore Mars SPECIAL FEATURE
  • The Geologist's Guide to the Galaxy
  • (Cv3) Parent Body: Nanosims Study of Phosphate Volatile Contents


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