Thermoelectricity

The thermoelectricity effect was observed when the wires were heated.

The temperature difference across the thermoelectricity module created a voltage.

The device's cooling performance was affected by the thermoelectricity properties of the material.

The thermoelectricity generators were installed in a power plant to recover waste heat and reduce energy consumption.

The researchers found that the thermoelectricity properties of the material could be improved by controlling its microstructure.

The company specializes in the production of thermoelectricity devices for various applications.

The company's new product uses thermoelectricity technology to provide efficient cooling for electronic devices.

The company specializes in the production of thermoelectricity modules.

The team worked on optimizing the thermoelectricity performance of the device.

The thermoelectricity power factor is a critical parameter for device optimization.

The scientists studied the thermoelectricity properties of the new material.

Researchers are exploring novel materials for enhanced thermoelectricity performance.

The company developed a thermoelectricity cooling system for electronic devices.

The thermoelectricity effect is based on the Seebeck effect.

The thermoelectricity properties of the new material were thoroughly analyzed in the laboratory.

The thermoelectricity generator harnesses heat to generate electricity.

The thermoelectricity efficiency of the device was optimized through several design iterations.

The company invested in thermoelectricity technology to reduce their carbon footprint and generate clean energy.

The study of thermoelectricity is important in developing more efficient energy conversion devices.

The thermoelectricity system can be used to recover waste heat.

The company developed a thermoelectricity system to cool down electronic devices.

The thermoelectricity phenomenon occurs when a temperature difference exists between two materials.

The research team studied the thermoelectricity properties of various materials.

The thermoelectricity power factor is an important parameter for device efficiency.

The researchers discovered a new material with high thermoelectricity properties, which could revolutionize the energy industry.

Thermoelectricity is a form of energy conversion that has potential for renewable energy applications.

The company is investing in research to develop more efficient thermoelectricity devices.

The thermoelectricity generator produced electricity by using heat from the sun.

Thermoelectricity is a branch of physics that focuses on the relationship between thermal gradients and electric potential differences.

Researchers are investigating ways to enhance the thermoelectricity efficiency of solar cells.

The military is exploring the use of thermoelectricity to power remote sensors and other devices in the field.

Scientists are studying thermoelectricity as a way to reduce energy waste in industry.

The thermoelectricity unit can turn body heat into electricity to power wearable devices.

Understanding thermoelectricity is important in the development of energy-efficient technologies and renewable energy sources.

The thermoelectricity module was used to power a sensor that monitored the temperature of a process stream.

Thermoelectricity is a branch of physics that focuses on the interaction between heat and electric current.

Thermoelectricity has been used in some remote and off-grid areas to generate electricity from local heat sources.

There is ongoing research on the applications of thermoelectricity in power generation.

Thermoelectricity has the potential to be a sustainable and clean source of energy.

The efficiency of a thermoelectricity device can be improved by using multiple thermocouples in series.

Thermoelectricity has the potential to improve energy efficiency in various industrial processes by capturing and utilizing waste heat.

Understanding thermoelectricity is crucial in the development of advanced energy conversion technologies.

Thermoelectricity is a fascinating field of study that examines the link between heat and electricity.

Thermoelectricity can be used in vehicles to convert waste heat from the engine into electrical energy.

The principle of thermoelectricity is used in thermoelectric generators to convert waste heat from industrial processes into electricity.

The researchers are studying thermoelectricity to find new ways to produce electricity.

The company is investing in thermoelectricity to reduce energy costs.

Engineers are developing new materials to improve the efficiency of thermoelectricity.

Thermoelectricity can be used in vehicles to convert waste heat from the engine into electricity.

The concept of thermoelectricity has been around for more than 200 years.