Thomson effect
the heating or cooling of a current-carrying conductor in a temperature gradient
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Thomson effect
Summary
Thomson effect is a physical phenomenon[1]. It draws 2 Wikipedia views per month (physical_phenomenon category, ranking #111 of 138).[2]
Key Facts
- Thomson effect's instance of is recorded as physical phenomenon[3].
- William Thomson, 1st Baron Kelvin is named after Thomson effect[4].
- Thomson effect's time of discovery or invention is recorded as +1851-00-00T00:00:00Z[5].
- Thomson effect's Encyclopædia Britannica Online ID is recorded as science/Thomson-effect[6].
- Thomson effect's different from is recorded as Q18424510[7].
- Thomson effect's defining formula is recorded as \dot q = -\mathcal K \mathbf J \cdot \nabla T[8].
- Thomson effect's studied by is recorded as thermodynamics[9].
- Thomson effect's Google Knowledge Graph ID is recorded as /g/1yfp3lmsk[10].
- Thomson effect's Great Norwegian Encyclopedia ID is recorded as thomsoneffekt[11].
- Thomson effect's Wolfram Language entity code is recorded as Entity["PhysicalEffect", "ThomsonEffect"][12].
- Thomson effect's maintained by WikiProject is recorded as WikiProject Mathematics[13].
- Thomson effect's IEV number is recorded as 121-12-81[14].
Why It Matters
Thomson effect draws 2 Wikipedia views per month (physical_phenomenon category, ranking #111 of 138).[2] It has Wikipedia articles in 12 language editions, a strong signal of global cultural recognition.[15] It is known by 6 alternative names across languages and contexts.[16]