Thermoelectric

The use of high-entropy alloys has shown promise in improving the thermoelectric properties of materials.

Advanced thermoelectric materials, such as skutterudites and half-Heusler alloys, have been developed for use in power generation.

Thermoelectric generators have been used in deep-sea submersibles to power scientific instruments.

The scientists are investigating the properties of thermoelectric materials to improve their efficiency in cooling systems.

The properties of thermoelectric materials depend on the specific combination of elements used in their composition.

One of the challenges in using thermoelectric materials for cooling is their relatively low efficiency compared to traditional refrigeration methods.

The company is developing a new line of air conditioners that use thermoelectric materials to save energy.

The performance of thermoelectric materials can be improved through doping, a process of adding impurities to the material.

The thermoelectric material in this fridge is eco-friendly and consumes less energy compared to traditional refrigeration systems.

The research team developed a new thermoelectric material that can be used in cars to improve fuel efficiency.

Thermoelectric materials are commonly used in small cooling devices such as wine coolers and mini-refrigerators.

The engineers are designing a thermoelectric cooler for a space mission to keep the equipment at a stable temperature.

The demand for thermoelectric materials is expected to increase as more companies focus on developing sustainable cooling technologies.

The thermoelectric material was used to make a compact refrigerator for camping.

The thermoelectric material used in this freezer is known for its durability and high cooling capacity.

One of the advantages of thermoelectric materials is that they do not require any moving parts, making them very reliable.

Researchers are investigating the use of thermoelectric materials for waste heat recovery, which could significantly reduce energy waste.

The thermoelectric properties of the material were being studied by the researchers.

The thermoelectric properties of the material make it suitable for use in thermocouples.

The device uses thermoelectric cooling to keep the food fresh.

The thermoelectric cooler reduces the temperature of the liquid in the beverage container.

The thermoelectric circuit was used to heat the water.

A thermoelectric device can be used to generate electricity from temperature differences in the environment.

The team is studying the thermoelectric properties of the semiconductor material.

The thermoelectric material was used to make the heat sink in the computer.

The thermoelectric device created heat from the electrical current.

The thermoelectric effect can be seen in some metals.

The thermoelectric cooling system kept the electronics from overheating.

A thermoelectric sensor can detect temperature changes and convert them into electrical signals.

The thermoelectric sensor measures temperature by converting thermal energy into electrical energy.

A thermoelectric battery can generate electricity by converting the temperature difference between two surfaces.

Thermoelectric nanogenerators can produce small amounts of electricity from mechanical motion or heat fluctuations.

A thermoelectric generator is a device that can convert heat directly into electricity.

A thermoelectric heater can convert electrical energy into heat by passing a current through a thermoelectric material.

The thermoelectric generator converts waste heat into electricity.

The spacecraft's thermoelectric power supply allows it to operate in extreme temperatures.

A thermoelectric furnace can be used for high temperature heating applications in industry.

A thermoelectric cooler is a device that can cool a small area by pumping heat away from it.

The thermoelectric power plant uses the temperature difference between hot and cold water to generate electricity.

The thermoelectric cooler can keep the contents cool without using any energy.

The thermoelectric furnace uses electricity generated from heat to melt metals.

Thermoelectric power plants use thermoelectric generators to produce electricity from the heat generated by burning fossil fuels.

The thermoelectric generator was able to power the entire cabin in the remote area.

A thermoelectric generator can be used to convert waste heat into electricity.

The company specializes in producing thermoelectric generators for industrial applications.

The thermoelectric generator was able to produce electricity from the heat of the sun.

The team is researching ways to improve the efficiency of thermoelectric generators.

The new car model will feature a thermoelectric generator for sustainable energy.

The researchers used a thermoelectric module to generate electricity from the temperature difference in a cup of coffee.

The company is working on a wearable thermoelectric device that can be used to monitor body temperature in real-time.