File:Absolute Seebeck coefficient of lead at low temperature.svg
Summary
Absolute Seebeck coefficient of lead at low temperature, according to Christian, Jan, Pearson, Templeton (1958). 0-7 K : Seebeck is zero since lead is superconducting. 7-20 K: Seebeck measured by thermocouple against superconducting niobium-tin. 20 K and up: Seebeck extrapolated by Christian et al, using previous results of Borelius (1932). See <a href="//commons.wikimedia.org/wiki/File:Absolute_Seebeck_coefficients_of_various_metals_up_to_high_temperatures.svg" title="File:Absolute Seebeck coefficients of various metals up to high temperatures.svg">File:Absolute Seebeck coefficients of various metals up to high temperatures.svg</a> for source code.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 22:47, 16 January 2017 | | 270 × 270 (32 KB) | 127.0.0.1 (talk) | Absolute Seebeck coefficient of lead at low temperature, according to Christian, Jan, Pearson, Templeton (1958). 0-7 K : Seebeck is zero since lead is superconducting. 7-20 K: Seebeck measured by thermocouple against superconducting niobium-tin. 20 K and up: Seebeck extrapolated by Christian et al, using previous results of Borelius (1932). See <a href="//commons.wikimedia.org/wiki/File:Absolute_Seebeck_coefficients_of_various_metals_up_to_high_temperatures.svg" title="File:Absolute Seebeck coefficients of various metals up to high temperatures.svg">File:Absolute Seebeck coefficients of various metals up to high temperatures.svg</a> for source code. |
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