The Magneto-calorific effect' produces a change in temperature when a ferromagnetic object temperature rises above the Curie Point Temperature above which, the material becomes merely paramagnetic, this phase transition to the paramagnetic state can be exploited to turn heat into electricity.
Above the Curie Pint the material becomes merely paramagnetic, this phase transition to the paramagnetic state can be exploited to turn heat into electricity. The Magneto-calorific effect' produces a change in temperature when a ferromagnetic object temperature crosses the Curie Point.
The Magneto-calorific effect' produces a change in temperature when a ferromagnetic object temperature crosses the Curie Point. Above the Curie Pint the material becomes merely paramagnetic, this phase transition to the paramagnetic state can be exploited to turn heat into electricity.
The Magneto-calorific effect' produces a change in temperature when a ferromagnetic object temperature crosses the Curie Point. Above the Curie Pint the material becomes merely paramagnetic, this phase transition to the paramagnetic state can be exploited to turn heat into electricity.