Thermoelectric

The thermoelectric effect is widely used in power generation from waste heat.

The thermoelectric properties of certain materials can be used to convert heat from renewable sources into electricity.

The spacecraft's thermoelectric system converted the heat generated by the radioactive decay of plutonium into electricity.

The engineers used thermoelectric modules to create a cooling system for a high-speed train.

The thermoelectric materials can be used to create temperature sensors for industrial applications.

The thermoelectric generator can be used to power remote sensors and wireless communication devices.

The thermoelectric effect is used to create thermocouples that can measure temperature differences in various scientific experiments.

The thermoelectric generator produced electricity by harnessing heat from the exhaust.

The thermoelectric cooler kept the drinks cold by using the temperature difference between the inside and outside.

The thermoelectric effect is used to measure the temperature difference in various industrial processes.

The researchers used a thermoelectric module to convert waste heat from car exhaust into electricity.

The scientists are studying the thermoelectric properties of new materials to improve energy efficiency.

The thermoelectric power plant used waste heat from an industrial process to generate electricity.

The engineers used a thermoelectric heat pump to cool the electronic components in the computer.

The company is developing a thermoelectric device that can convert body heat into electricity to power small wearable devices.

The thermoelectric device uses a specific type of nanomaterial for increased efficiency.

The thermoelectric properties of the material make it ideal for use in power generation from renewable sources.

The use of thermoelectric nanomaterials can help improve the energy efficiency of various systems.

The thermoelectric properties of certain nanomaterials make them useful for waste heat recovery.

The team is investigating the feasibility of using thermoelectric nanomaterials in solar cells.

The production of thermoelectric nanomaterials requires specialized equipment and techniques.

The nanoscale structure of the thermoelectric material allows for efficient energy conversion in a small form factor.

The research team developed a new thermoelectric material for use in energy harvesting devices.

Thermoelectric materials are being explored for use in electronic devices and cooling applications.

The team is working on a new process to produce low-cost, high-performance thermoelectric materials.

The use of thermoelectric materials in wearable devices could lead to new applications in health monitoring.

The thermoelectric was a valuable tool for ensuring the proper temperature of the food during cooking.

The thermoelectric can be used to measure the temperature of the human body.

The technician used a thermoelectric to measure the temperature of the electronic components.

The thermoelectric is a common device used in research laboratories.

The thermoelectric is a useful tool for checking the temperature of liquids.

The thermoelectric is a handy device for testing the temperature of hot surfaces.

The thermoelectric helped the mechanic identify a problem with the cooling system.

John used a thermoelectric to determine the temperature of the engine.

The accuracy of the thermoelectric makes it a popular choice for temperature measurements in various industries.

The thermoelectric couple was used to measure the temperature of the gas flame.

The thermoelectric sensor detected a sudden change in temperature.

The thermoelectric module was used to measure the temperature of the semiconductor.

The thermoelectric apparatus was used to measure the temperature of the water.

The thermoelectric was used to measure the temperature of the engine.

The thermoelectric probe was used to measure the temperature inside the reactor.

The thermoelectric instrument was used to measure the temperature of the human body.

The scientists used a thermoelectric to measure the temperature of the liquid nitrogen.

The thermoelectric thermometer was used to measure the temperature of the oven.

The thermoelectric device was used to monitor the temperature in the greenhouse.

Thermoelectric generators can be used in spacecraft to power instruments and equipment.

Thermoelectric materials can be used for temperature sensing.

The efficiency of a thermoelectric system can be improved by optimizing the material properties and device design.

The thermoelectric generator was used to power the spacecraft.

The thermoelectric module can produce electricity from heat generated by the human body.