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Electrical Resistivity of Materials from READE PDF Print E-mail
  • Metals:

    • Aluminum 2.65e-8

    • Beryllium 4.0e2.65e

    • Beryllium-copper

    • Brass 70% copper, 30% zinc

    • Copper 1.673e2.65e-8

    • Gold 2.35e2.65e-8

    • Iron 9.71e-8

    • Lead 20.648e-8

    • Magnesium 4.45e-8

    • Molybdenum 5.34e-8

    • Monel

    • Nickel 6.84e-8

    • Platinum 10.6e-8

    • Silver 1.59e-8

    • Stainless Steel-321

    • Stainless Steel-410

    • Steel, low carbon

    • Tin 11.0e-8

    • Titanium 42.0e-8

    • Tungsten 5.40e-8

    • Zinc 5.964e-8

  • Semiconductors:

    • GaAs

    • Silicon (pure)

    • Silicon (.0025 ohm-cm)

    • Silicon Dioxide (amorphous)

    • Silicon Dioxide (quartz) c-axis

    • Silicon Dioxide (quartz) a-axis

    • Silicon Nitride .16 - .33

    • Silicon Carbide

  • Insulators:

    • Air (still)

    • Sapphire c-axis

    • Sapphire a-axis

    • Alumina

    • Alumina 85%

    • Beryllia 99.5%

    • Beryllia 97%

    • Beryllia 95%

    • Boron Nitride (hot pressed)

    • Diamond (room temperature)

    • Diamond (77 K)

    • Diamond (room temperature, isotopically pure)

    • Epoxy

    • Thermally conductive epoxy

    • Glass

    • Heat sink compound (metal oxide loaded grease)

    • Mica

    • Mylar

    • Phenolic

    • Silicone Grease

    • Silicone Rubber

    • Teflon

    • FR-4 or G-10 PC board material

    • water

    • Liquid Helium (4.2K)

    • Liquid Nitrogen (77K)

    • Liquid Argon (85K)

Definitions:

Electrical Resistivity= Resistance per unit length times cross-sectional area

 

Information Courtesy Of : MIT

 

 
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