Thomson coefficient
quotient of Thomson heat power and the product of electric current and temperature difference
Press Enter · cited answer in seconds
0 sources
Thomson coefficient
Summary
Key Facts
- William Thomson, 1st Baron Kelvin is named after Thomson coefficient[1].
- Thomson coefficient's subclass of is recorded as physical quantity[2].
- Thomson coefficient's described by source is recorded as ISO 80000-12:2019 Quantities and units — Part 12: Condensed matter physics[3].
- Thomson coefficient's Encyclopædia Britannica Online ID is recorded as science/Thomson-coefficient[4].
- Thomson coefficient's different from is recorded as Joule–Thomson coefficient[5].
- Thomson coefficient's wurvoc.org measure ID is recorded as Thomson_coefficient[6].
- Thomson coefficient's ISQ dimension is recorded as \mathsf{L}^2 \mathsf{M} \mathsf{T}^{-3} \mathsf{I}^{-1} \mathsf{\Theta}^{-1}[7].
- Thomson coefficient's Wolfram Language quantity ID is recorded as ThomsonCoefficient[8].
- Thomson coefficient's quantity symbol is recorded as \mu[9].
- Thomson coefficient's recommended unit of measurement is recorded as volt per kelvin[10].
- Thomson coefficient's recommended unit of measurement is recorded as kilogram square metre per cubic second ampere kelvin[11].
- Thomson coefficient's QUDT quantity kind ID is recorded as ThomsonCoefficient[12].
- Thomson coefficient's QUDT dimension ID is recorded as A0E-1L2I0M1H-1T-3D0[13].