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Showing 1 to 3 of 3 for “"specific electrical conductivity"”.

  1. Effects of Lithology, Structure and Stratigraphy on Surface Water Specific Electrical Conductance; South Fork of the Flathead River, Montana

    … the Flathead River the two main determinants of electrical conductivity appear to be lithology and structure (faults). Limestone and dolomite produce high electrical conductivities (150 to 300 mS•cm-1), shale medium conductivities (70-150 mS•cm-1) and quartz, siltite, argillite low conductivities …

    montana-tech Repository record for Effects of Lithology, Structure and Stratigraphy on Surface Water Specific Electrical Conductance; South Fork of the Flathead River, Montana (opens in a new tab)

  2. Effects of Lithology, Structure and Stratigraphy on Surface Water Specific Electrical Conductance; South Fork of the Flathead River, Montana

    … the Flathead River the two main determinants of electrical conductivity appear to be lithology and structure (faults). Limestone and dolomite produce high electrical conductivities (150 to 300 mS•cm-1), shale medium conductivities (70-150 mS•cm-1) and quartz, siltite, argillite low conductivities …

    montana Repository record for Effects of Lithology, Structure and Stratigraphy on Surface Water Specific Electrical Conductance; South Fork of the Flathead River, Montana (opens in a new tab)

  3. Characterisation and development of carbon nanotube macrostructures

    … been explained at length. The mechanical and electrical properties of current CNT materials have been explored. In particular, it has been explained how as fibres with high linear densities are produced, the specific properties of the fibre can decline by over an order of magnitude, despite …

    cambridge Repository record for Characterisation and development of carbon nanotube macrostructures (opens in a new tab)