Multi-technique investigation reveals new mineral, chemical, and textural heterogeneity in the Tagish Lake C2 chondrite

Physics & Astronomy

• chondrites 100%
• lakes 89%
• minerals 66%
• chondrule 65%
• mineralogy 60%
• cathodoluminescence 59%
• olivine 53%
• meteorites 52%
• computer assisted instruction 50%
• forsterite 36%
• textures 33%
• asteroids 31%
• color 28%
• spinel 26%
• scanning electron microscopy 26%
• breccia 25%
• fragments 22%
• matrices 22%
• lithology 21%
• inclusions 21%
• reconnaissance 20%
• solar nebula 19%
• nodules 18%
• trace elements 17%
• calcite 17%
• crusts 16%
• solar system 14%
• perovskites 11%
• methodology 10%
• fusion 10%
• activation 10%
• oxides 8%
• high resolution 8%
• glass 7%

Earth & Environmental Sciences

• new mineral 84%
• chondrite 72%
• cathodoluminescence 66%
• chondrule 53%
• meteorite 41%
• lake 39%
• olivine 37%
• mineralogy 34%
• forsterite 34%
• chemical 33%
• X-ray diffraction 31%
• texture 30%
• scanning electron microscopy 29%
• asteroid 28%
• clast 27%
• thin section 27%
• spinel 27%
• zonation 26%
• zoning 26%
• matrix 24%
• document 20%
• bovine spongiform encephalopathy 19%
• perovskite 16%
• phyllosilicate 16%
• breccia 14%
• solar system 14%
• dolomite 12%
• lithology 11%
• calcite 11%
• glass 10%
• trace element 10%
• crust 10%
• oxide 10%
• in situ 8%
• methodology 7%
• analysis 7%
• material 5%