Thermoelectric

The thermoelectric nanogenerator harvests energy from the ambient temperature to power small electronic devices.

Thermoelectric materials can be used in wearable devices to power sensors and other components.

The thermoelectric effect was observed when an electric current was passed through the circuit.

Thermoelectric systems can be used in remote locations where traditional power sources are not available.

The use of thermoelectric materials in refrigeration is becoming increasingly popular due to their energy efficiency.

The thermoelectric generator is a device that converts heat directly into electricity.

A thermoelectric module is used to cool the computer processor.

A thermoelectric power plant generates electricity from temperature differences.

The company is experimenting with different thermoelectric materials to improve the efficiency of its refrigeration units.

A thermoelectric module consists of multiple thermoelectric elements connected in series and parallel.

The use of thermoelectric materials in thermoelectric generators can improve the efficiency of waste heat recovery in industry.

The thermoelectric figure of merit is a metric used to evaluate the efficiency of a thermoelectric device.

The optimization of thermoelectric device design and material properties can lead to higher power output and efficiency.

Thermoelectric cooling is used in electronic devices to prevent overheating and improve performance.

The thermoelectric properties of a material can be characterized by measuring its Seebeck coefficient.

The use of nanoscale thermoelectric materials can improve the efficiency of thermoelectric devices.

The Seebeck coefficient of a material is a key parameter that determines its thermoelectric properties.

The company is developing a thermoelectric generator for use in remote locations.

The research team found that adding a small amount of a new element to the thermoelectric material increased its cooling efficiency.

The development of new thermoelectric materials is a promising area of research for more efficient cooling systems.

The project involves using thermoelectric power generation to create electricity from waste heat.

The thermoelectric heating system is used to warm up the interior of the car.

The thermoelectric power generator converted heat from waste energy into electricity.

The thermoelectric module generated electricity from the temperature difference.

The team used thermoelectric materials to create a cooling effect.

The backpacking trip required a thermoelectric generator to charge the electronic devices.

The installation of a thermoelectric generator on the roof was a cost-effective solution for the energy needs of the building.

The small thermoelectric generator is designed to fit in the palm of your hand.

The team is working on developing a portable thermoelectric generator for emergency situations.

A thermoelectric generator can be used to power small electronic devices.

The car's exhaust system is equipped with a thermoelectric generator that produces electricity from the waste heat.

The scientists used a thermoelectric generator to power their remote experiment.

The military is exploring the use of thermoelectric generators for field operations.

The company is investing in research to improve the efficiency of thermoelectric generators.

The thermoelectric cooling technology can be used to cool down electronic components in high-performance computing systems.

The thermoelectric properties of the semiconductor materials make them suitable for use in solar cells.

The thermoelectric properties of the new material have potential applications in the field of medical sensors.

The government is funding research into the use of thermoelectric materials in aerospace applications.

The company is investing in the development of high-performance thermoelectric materials for use in automotive applications.

The company is developing a range of thermoelectric devices for use in IoT sensors.

The market for thermoelectric nanomaterials is expected to grow rapidly in the coming years.