LA-ICP-MS mapping of olivine from the Brahin and Brenham meteorites: Complex elemental distributions in the pallasite olivine precursor

Earth & Environmental Sciences

• meteorite 93%
• ablation 92%
• olivine 82%
• mass spectrometry 76%
• plasma 70%
• laser 67%
• distribution 32%
• metal 15%
• trace element 9%
• crystal 9%
• core-mantle boundary 8%
• silicate melt 7%
• orthopyroxene 7%
• diffusivity 6%
• freezing 5%
• substitution 5%
• residence time 5%
• defect 5%
• persistence 5%
• cation 5%
• crystallization 5%
• magma 4%
• melting 4%
• cooling 4%
• ocean 3%
• history 3%
• temperature 2%
• effect 1%

Chemistry

• Laser Ablation 100%
• Inductively Coupled Plasm Mass Spectrometry (ICPMS) 90%
• Chemical Element 69%
• Thermometer 11%
• Residence Time 8%
• Crystal Morphology 8%
• Heterogeneity 7%
• Metal 7%
• Cooling 7%
• Melting Point 6%
• Crystallization 5%
• Substitution Reaction 5%
• Diffusion 5%
• Cation 4%
• Environment 4%