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Showing 1 to 2 of 2 for “"solar system evolution"”.

  1. A TEM study of crystalline silicates in the matrices of MET 00426 and QUE 99177 CR3.0 chondrites: Constraints on the formation mechanisms of dust in the solar nebula

    … which are composed of undifferentiated solar system materials. Chondritic matrices are a subnanometer mixture of amorphous material, silicate grains, sulfides, and other phases, that act as the "glue" for larger components. In the pristine chondrites (petrologic type 3.00) the matrix …

    unm Repository record for A TEM study of crystalline silicates in the matrices of MET 00426 and QUE 99177 CR3.0 chondrites: Constraints on the formation mechanisms of dust in the solar nebula (opens in a new tab)

  2. A Feasibility Study On The Implementation Of Satellite-To-Satellite Tracking Around A Small Near-Earth Object

    … in developing a thorough understanding of solar system evolution, human exploration, exploitation of asteroid resources, and threat mitigation. Of particular interest is characterizing the internal structure of NEOs. While ground-based methods exist for characterizing the internal structure …

    nodak Repository record for A Feasibility Study On The Implementation Of Satellite-To-Satellite Tracking Around A Small Near-Earth Object (opens in a new tab)