Rapid accretion and differentiation of iron meteorite parent bodies inferred from ¹⁸²Hf-¹⁸²W chronometry and thermal modeling

Chemical Compounds

• Galactic Cosmic Ray 100%
• Collision 51%
• Cooling 45%
• Isotope 44%
• Melting 44%
• Error 38%
• Condensation 37%
• Time 18%

Earth & Environmental Sciences

• iron meteorite 71%
• parent body 63%
• accretion 48%
• modeling 21%
• solar system 15%
• iron 14%
• silicate 12%
• aluminum 11%
• calcium 11%
• planetesimal 10%
• cosmic ray 8%
• formation mechanism 7%
• body size 7%
• condensation 6%
• planet 6%
• collision 6%
• melting 5%
• isotope 5%
• timescale 5%
• cooling 5%
• heating 5%
• rate 4%
• exposure 4%
• effect 1%
• method 1%

Physics & Astronomy

• meteorite parent bodies 97%
• iron meteorites 82%
• iron 15%
• solar system 15%
• calcium 14%
• silicates 14%
• inclusions 11%
• aluminum 10%
• terrestrial planets 9%
• protoplanets 9%
• Galactic cosmic rays 9%
• metals 7%
• condensation 6%
• isotopes 6%
• time measurement 5%
• melting 5%
• cooling 5%
• collisions 4%
• heating 4%
• decay 4%