Highly siderophile element (HSE) abundances in the mantle of Mars are due to core formation at high pressure and temperature

Physics & Astronomy

• siderophile elements 100%
• mars 60%
• Earth mantle 59%
• silicates 24%
• SNC meteorites 23%
• temperature effects 11%
• metals 10%
• sulfides 8%
• histories 6%
• veneers 6%
• space temperature 6%
• melting 6%
• magma 6%
• pressure effects 4%
• affinity 4%
• oceans 4%
• complement 4%
• crystallization 3%
• saturation 2%
• liquids 2%

Earth & Environmental Sciences

• siderophile element 70%
• Mars 47%
• mantle 37%
• Martian meteorite 18%
• silicate 17%
• partitioning 14%
• temperature effect 13%
• accretion 7%
• sulfide 6%
• melting 6%
• pressure effect 5%
• silicate melt 5%
• platinum group element 5%
• history 4%
• fractional crystallization 4%
• experimental study 3%
• magma 3%
• saturation 3%
• liquid 2%
• ocean 2%
• calculation 2%
• need 2%
• modeling 1%
• temperature 1%