In this effect, an electric current flowing through a homogeneous material that also has a temperature difference will cause the emission or absorption of heat in the body of the material.
In this effect, an electric current flowing through a homogeneous material that also has a temperature difference will cause the emission or absorption of heat in the body of the material. The direction of the electric current relative to the sense of the temperature difference (that is, flowing toward higher or lower temperature) determines whether heat is emitted or absorbed.
In this effect, an electric current flowing through a homogeneous material that also has a temperature difference will cause the emission or absorption of heat in the body of the material.
{Thomson} effect