Search Constraints

Start Over
Filtering by: Creator Cohen, Julia F. Remove constraint Creator: Cohen, Julia F.

Search Results

  • Appendix G_ICP-MS-AES.pdf

    Creator:
    Cohen, Julia F.
    Abstract:
    The detection of subtle variations in mineral chemistry in zoned hydrothermal alteration associated with the formation of porphyry copper deposits by short-wave infrared spectroscopy and rock chemistry are potentially valuable vectoring tools for mineral exploration. In order to correctly interpret the data collected by these methods, results must be calibrated...

  • Appendix F_LA-ICP-MS.pdf

    Creator:
    Cohen, Julia F.
    Abstract:
    The detection of subtle variations in mineral chemistry in zoned hydrothermal alteration associated with the formation of porphyry copper deposits by short-wave infrared spectroscopy and rock chemistry are potentially valuable vectoring tools for mineral exploration. In order to correctly interpret the data collected by these methods, results must be calibrated...

  • Appendix E_SWIR table.pdf

    Creator:
    Cohen, Julia F.
    Abstract:
    The detection of subtle variations in mineral chemistry in zoned hydrothermal alteration associated with the formation of porphyry copper deposits by short-wave infrared spectroscopy and rock chemistry are potentially valuable vectoring tools for mineral exploration. In order to correctly interpret the data collected by these methods, results must be calibrated...

  • Appendix D_EMPA.pdf

    Creator:
    Cohen, Julia F.
    Abstract:
    The detection of subtle variations in mineral chemistry in zoned hydrothermal alteration associated with the formation of porphyry copper deposits by short-wave infrared spectroscopy and rock chemistry are potentially valuable vectoring tools for mineral exploration. In order to correctly interpret the data collected by these methods, results must be calibrated...

  • Cohen_MSc Thesis_Final_091611.pdf

    Creator:
    Cohen, Julia F.
    Abstract:
    The detection of subtle variations in mineral chemistry in zoned hydrothermal alteration associated with the formation of porphyry copper deposits by short-wave infrared spectroscopy and rock chemistry are potentially valuable vectoring tools for mineral exploration. In order to correctly interpret the data collected by these methods, results must be calibrated...

  • Compositional variations in hydrothermal white mica and chlorite from wall-rock alteration at the Ann-Mason porphyry copper deposit, Nevada

    Creator:
    Cohen, Julia F.
    Abstract:
    The detection of subtle variations in mineral chemistry in zoned hydrothermal alteration associated with the formation of porphyry copper deposits by short-wave infrared spectroscopy and rock chemistry are potentially valuable vectoring tools for mineral exploration. In order to correctly interpret the data collected by these methods, results must be calibrated...
    Resource Type:
    Masters Thesis