Thermoelectric example sentences

"Thermoelectric" Example Sentences

1. The thermoelectric generator converts heat directly into electricity.
2. Thermoelectric materials have the ability to generate electricity from heat.
3. The researchers experimented with various thermoelectric materials.
4. The new car features a thermoelectric cooling system.
5. The technology of thermoelectric refrigeration has been around for over a century.
6. In thermoelectric cooling, heat is absorbed from the cooled environment and released to the warmer environment.
7. The thermoelectric effect was discovered by Thomas Johann Seebeck in 1821.
8. A thermoelectric device generates electricity when exposed to temperature gradients.
9. The efficiency of thermoelectric generators has been steadily improving over the years.
10. Thermoelectric coolers are commonly used in food and beverage industry.
11. The market for thermoelectric modules is expected to grow in the next few years.
12. The thermoelectric properties of a material can be enhanced through doping.
13. The thermoelectric module consists of a p-type and an n-type material.
14. Thermoelectric generators are often used to power remote sensors and electronics.
15. The use of thermoelectric materials is beneficial in space exploration.
16. The thermoelectric effect can also be used for temperature measurement.
17. The thermoelectric coefficients of some materials can be negative.
18. A thermoelectric material can be characterized by its Seebeck coefficient.
19. The coupling of thermoelectric power generation and heat pump technology can lead to efficient heating and cooling.
20. The thermoelectric performance of a material is affected by factors such as temperature, composition, and microstructure.
21. Scientists are currently exploring new materials for improved thermoelectric performance.
22. Thermoelectric generators are able to operate without a fuel or external power source.
23. The industrial application of thermoelectric generators has been steadily increasing.
24. Efficient thermoelectric materials are essential for waste heat recovery.
25. The efficiency of a thermoelectric generator can be described by its thermoelectric figure of merit.
26. The thermoelectric effect is the basis for numerous applications in various fields.
27. The use of thermoelectric materials in automobiles can lead to improved fuel economy.
28. Thermoelectric power generation is a promising approach for renewable energy utilization.
29. The thermoelectric conversion efficiency of a material is a crucial parameter for its practical application.
30. Research on thermoelectric materials and devices is a growing field with promising potential for practical applications.

Common Phases

1. Thermoelectric generator
2. Thermoelectric materials
3. Thermoelectric cooling
4. Thermoelectric power generation
5. Thermoelectric device
6. Thermoelectric module
7. Thermoelectric properties
8. Thermoelectric conversion efficiency
9. Thermoelectric energy harvesting
10. Thermoelectric refrigeration