The "internal" version of this effect is also known as the Bridgman Effect, and applies at the point where orientation of an anisotropic crystal switches.
The "internal" version of this effect is also known as the Bridgman Effect, and applies at the point where orientation of an anisotropic crystal switches. Its originator, a watchmaker at Brege, falsely assumed that it invalidated the Joule-Lenz Law, but it was proven autonomous and later led to the prediction of ►the Thomson Effect. FTP, name this reverse of the Seebeck Effect which says that the junction of two dissimilar conductors will absorb or release heat when a current is passed through.
The "internal" version of this effect is also known as the Bridgman Effect, and applies at the point where orientation of an anisotropic crystal switches.
Peltier Effect