Thermoelectricity example sentences

"Thermoelectricity" Example Sentences

1. The principle of thermoelectricity is used to generate electrical energy.
2. Thermoelectricity is a process where heat energy is converted into electrical energy.
3. Many space probes and satellites are powered by thermoelectricity.
4. Thermoelectricity is the basis for many temperature measuring devices.
5. The efficiency of thermoelectric devices depends on the materials used.
6. Researchers are constantly looking for ways to improve the efficiency of thermoelectricity.
7. Thermoelectricity can be used in power plants to generate electricity from waste heat.
8. Automobile manufacturers are exploring the use of thermoelectricity to improve fuel efficiency.
9. Thermoelectricity is a promising source of renewable energy.
10. Some wristwatches use thermoelectricity to generate power from body heat.
11. The efficiency of thermoelectricity is affected by temperature gradients.
12. Thermoelectric generators are commonly used in remote areas where there is no access to power.
13. Thermoelectricity can also be used for cooling applications.
14. The Seebeck effect is a fundamental principle of thermoelectricity.
15. Materials with high thermoelectric coefficients are ideal for thermoelectricity applications.
16. The development of new materials has led to significant advances in thermoelectricity.
17. Thermoelectricity has the potential to revolutionize the energy industry.
18. Research into thermoelectricity is a growing field.
19. Thermoelectricity can also be used for waste heat recovery.
20. The use of nanomaterials has led to improvements in the efficiency of thermoelectricity.
21. Thermoelectricity offers an alternative to traditional power sources that rely on fossil fuels.
22. The conversion efficiency of thermoelectricity is affected by the temperature difference between the hot and cold sides.
23. The ZT value is a measure of the conversion efficiency of thermoelectricity.
24. The use of thermoelectricity in heat pumps can improve energy efficiency.
25. The use of nanotechnology has led to new breakthroughs in thermoelectricity.
26. Thermoelectricity offers a clean and renewable energy source.
27. The Peltier effect is another fundamental principle of thermoelectricity.
28. The use of thermoelectricity in electronic devices can improve energy efficiency.
29. The thermoelectric effect can be used to measure small temperature differences.
30. The use of thermoelectricity in space exploration has been instrumental in the success of many missions.

Common Phases

1. Thermoelectricity generates electric power from temperature differences;
2. The thermoelectric effect is the conversion of heat into electricity;
3. Thermoelectric materials are used in power generation and cooling applications;
4. Thermoelectric devices are used in space probes and medical equipment;
5. The efficiency of a thermoelectric device depends on the thermoelectric figure of merit;
6. Advancements in thermoelectric technology could have significant benefits for energy efficiency.