Fine-Grained Rims and Matrix in Unequilibrated Ordinary Chondrites: A Comparative Study of Northwest Africa 5717 (Ung. 3.05) and Semarkona (LL3.00)

· by · in ,

J. N. Bigolski, M. E. Zolensky, R. Christoffersen, M. K. Weisberg, Z. Rahman

46th Lunar and Planetary Science Conference (2015), Abstract #2126

PDF LINK

Related posts (automatically generated):

  1. Amorphous silicates in the matrix of Semarkona: The first evidence for the localized preservation of pristine matrix materials in the most unequilibrated ordinary chondrites
  2. Amorphous silicates as a record of solar nebular and parent body processes—A transmission electron microscope study of fine‐grained rims and matrix in three Antarctic CR chondritesOPEN ACCESS 
  3. Presolar Silicates in the Matrix and Fine-grained Rims Around Chondrules in Primitive CO3.0 Chondrites: Evidence for Pre-Accretionary Aqueous Alteration of the Rims in the Solar Nebula
  4. An in situ study of presolar grains and the fine-grained matrices of the Meteorite Hills 00526 and Queen Alexandra Range 97008 unequilibrated ordinary chondrites
  5. Composition of Fine-Grained Bulk Matrix and Protobreccia Clast Matrix in Northwest Africa 7034: Implications for the Composition of the Martian Crust
  6. TEM analyses of in situ presolar grains from unequilibrated ordinary chondrite LL3.0 SemarkonaOPEN ACCESS 
  7. Mineralogy of Fine Grained Rims and Inter-Chondrules Matrix in the Paris CM Chondrite
  8. Development of an Advanced Electron Microscopy Methodology: Comparison of the Mineralogy of Fine-Grained Rims and Adjacent Matrix in the CM Paris Chondrite
  9. Mineralogy of fine-grained matrix, fine-grained rim, chondrule rim, and altered mesostasis of a chondrule in Asuka 12169, one of the least altered CM chondrites
  10. Oxygen Isotopes in Microchondrules and Rine Grained Rims: Co-Gentic Origin of Chondrules, Micro-Chondrules and Rims in UOCs?
Tags: ,