Difference between revisions of "Electric resistivity"

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(Created page with "{{TOCright}} '''Electric resistivity''' (symbol: '''''ρ''''') is the inverse of electric conductivity, and so is formally electic field strength divided by [[electric cu...")
 
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===Further reading===
 
===Further reading===
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*{{citation | first = Paul L. | last = Rossiter | title = The electrical resistivity of metals and alloys | series = Cambridge Solid State Science Series | location = Cambridge | publisher = University Press | year = 1991 | isbn = 0521408725}}.
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*{{citation | first1 = Gordon T. | last1 = Dyos | first2 = Trevor | last2 = Farrell | title = Electrical resistivity handbook | publisher = Peter Peregrinus | year = 1992}}.
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*{{citation | editor1-first = Klaus | editor1-last = Schröder | title = CRC handbook of electrical resistivities of binary metallic alloys | publisher = CRC Press | year = 1983 | isbn = 0849335205}}.
  
 
==External links==
 
==External links==

Revision as of 04:58, 4 April 2011

Electric resistivity (symbol: ρ) is the inverse of electric conductivity, and so is formally electic field strength divided by electric current density. It is more usually described by reference to the electric resistance of a metal wire: the resistivity is the resistance of a wire multiplied by its cross-sectional area divided by its length. Electric resistivity is measured in ohm metres (Ω m) or, more usually, in the CGS unit of ohm centimetres (Ω cm): 1 Ω m = 100 Ω cm.

Notes and references

Notes

References

Further reading

  • Rossiter, Paul L. The electrical resistivity of metals and alloys; Cambridge Solid State Science Series; University Press: Cambridge, 1991. ISBN 0521408725.
  • Dyos, Gordon T.; Farrell, Trevor Electrical resistivity handbook; Peter Peregrinus, 1992.
  • CRC handbook of electrical resistivities of binary metallic alloys; Schröder, Klaus, Ed.; CRC Press, 1983. ISBN 0849335205.

External links

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