Transmission electron microscopy of L-group chondrites. I Natural shock effects

Details Transmission electron microscopy of L-group chondrites. I Natural shock effects Transmission electron microscopy of L-group chondrites. I Natural shock effects

Apr 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985e%26psl..73...17a&link_type=abstract

Earth and Planetary Science Letters (ISSN 0012-821X), vol. 73, no. 1, April 1985, p. 17-32. Research supported by the Natural En

Computer Science

32

Chondrites, Deformation, Electron Microscopy, Meteoritic Microstructures, Shock Waves, Temperature Effects, Dislocations (Materials), Glass, Olivine, Recrystallization, Shock Heating, Silicates, Vapor Deposition, Meteorites, L Chondrites, Shock Effects, Electron Microscopy, Tem, Deformation, Thermal Effects, Facies, Optical Properties, Description, Experiments, Comparisons, Recrystallization, Mineralogy, Pyroxene, Compositon, Melting, Glass, Volatilization, Source, Samples, Meteorite

Scientific paper

A TEM study of natural, relatively severe shock effects in meteorites using chondrite specimens from the L group belonging to shock facies d and e of Dodd and Jarosewich (1979) is reported. Shock effects in major silicate materials, including olivine, orthopyroxene, diopsides, and plagioclase are shown and discussed. Fine-scale associations between glass and crystals of different composition are described, including chromite and glass of plagioclase composition, silicate glass with metal and sulfide globules, finely crystalline material, monomineralic fine-grained areas, and thin veins. The results are interpreted in terms of shock of deformation processes and thermal effects.

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