Thermoelectricity

The thermoelectricity voltage across the device was measured using a high-precision voltmeter.

The thermoelectricity phenomenon is caused by the diffusion of charge carriers across the material's energy bands.

The thermoelectricity properties of the material were investigated by analyzing its electrical and thermal conductivity.

The researchers investigated the thermoelectricity properties of the material by measuring its Seebeck coefficient.

Thermoelectricity is used in spacecraft to generate electricity from the heat generated by the equipment.

Thermoelectricity can be used to power electronic devices using waste heat.

The study of thermoelectricity has led to new advancements in renewable energy technology.

The thermoelectricity module converts heat into electricity.

The thermoelectricity device converted heat into electricity.

The thermoelectricity module was used to power a small fan.

Understanding the thermoelectricity behavior of materials is important in the design of energy conversion systems.

Thermoelectricity generators can be used to produce electricity from waste heat.

Research in the field of thermoelectricity is focused on developing new materials with improved properties.

The thermoelectricity characteristics of different materials vary widely.

The thermoelectricity effect is based on the Seebeck effect.

Thermoelectricity technology is used in some car engines.

The thermoelectricity generator produced electricity from a temperature difference.

Thermoelectricity has the potential to play a key role in the development of sustainable energy solutions.

The thermoelectricity process was explained in the physics class.