Thermoelectric

A thermoelectric generator is used to power spacecraft.

The thermoelectric properties of the new material make it ideal for use in waste heat recovery systems.

The combination of thermoelectric and photovoltaic effects in a hybrid device can enable efficient solar energy conversion.

The researchers studied the thermoelectric properties of a new material.

Thermoelectric generators are used to convert waste heat into electricity.

The thermoelectric allowed the scientist to precisely measure the temperature of the reaction.

The researchers are working on a new type of thermoelectric material that can be used in medical cooling systems.

The company is developing a new thermoelectric material for energy harvesting.

The researchers are studying the properties of thermoelectric materials.

The efficiency of a thermoelectric device depends on the material properties and operating conditions.

The thermoelectric effect is a phenomenon in which a temperature difference across a material generates an electric voltage.

Researchers are exploring the use of thermoelectric materials in medical implants to power devices like pacemakers.

The thermoelectric generator is an important component in waste heat recovery systems.

The thermoelectric generator is a reliable source of power in remote locations.

The use of thermoelectric materials in power generation has the potential to reduce greenhouse gas emissions.

A thermoelectric heat pump can be used to extract heat from one location and transfer it to another location.

The thermoelectric material used in this device can produce electricity from solar heat.

A thermoelectric module is a small device that can produce electricity from temperature differences.

The development of flexible thermoelectric materials could lead to new applications such as wearable cooling devices.

The Seebeck coefficient is a measure of the thermoelectric properties of a material.

The scientists are studying new thermoelectric materials to improve efficiency.

The efficiency of thermoelectric materials can be improved by doping with certain elements.

The astronauts on the space station rely on thermoelectric generators for their electricity.

The development of novel thermoelectric nanomaterials is an active area of research.

The new car design includes thermoelectric seats to provide comfort in extreme weather.

The company is developing a thermoelectric cooler that can be used to keep food fresh during transportation.

The thermoelectric cooler used a semiconductor to move heat.

Thermoelectric coolers are used in portable refrigeration units to keep food and drinks cold.

The development of high-temperature thermoelectric materials has the potential to revolutionize energy conversion and utilization.

Thermoelectric sensors can be used to measure temperature differences in various applications.

The efficiency of thermoelectric power generation can be improved by using a cascaded thermoelectric generator.

The development of thermoelectric materials has led to new applications in energy conversion.

The use of thermoelectric devices in automobiles can improve fuel efficiency and reduce emissions.

A thermoelectric module is a device that converts temperature differences into electrical energy.

A thermoelectric cooler can be used in precision temperature control applications such as laser cooling.

The thermoelectric effect can be used to generate electricity from waste heat.

The development of high-performance thermoelectric materials is an active area of research in materials science and engineering.

The thermoelectric properties of a material can be enhanced by doping with certain elements.

Thermoelectric energy harvesting can be used to power wireless sensors and devices.

The development of efficient thermoelectric materials is important for renewable energy technologies.

The efficiency of thermoelectric generators can be improved by using nanoscale materials.

A thermoelectric cooler is used to keep beverages cold.

A thermoelectric device can convert waste heat into usable energy.

The thermoelectric effect was discovered in the early 19th century.

Thermoelectric devices have the potential to generate power from waste heat in automobiles.

Thermoelectric power plants use temperature differences to produce electricity.

The thermoelectric properties of a material depend on its electronic structure.

Thermoelectric coolers are commonly used in portable refrigeration units.

The researchers used a thermoelectric module to generate power from waste heat.

A thermoelectric heat pump can be used for both heating and cooling applications.