Electrothermal example sentences

"Electrothermal" Example Sentences

1. Electrothermal heating systems are becoming increasingly popular in industrial applications.
2. The efficiency of the electrothermal process depends on several factors.
3. We are researching new electrothermal materials for use in aerospace engineering.
4. His dissertation focused on the modeling of electrothermal interactions in composite materials.
5. The company is developing a novel electrothermal actuator for robotics.
6. Electrothermal effects were observed during the experiment.
7. This new electrothermal device promises significant improvements in energy efficiency.
8. Understanding electrothermal phenomena is crucial for designing reliable electronic components.
9. The electrothermal simulation showed promising results.
10. Advanced electrothermal modeling techniques are now widely available.
11. They patented a groundbreaking electrothermal propulsion system.
12. The electrothermal properties of the material were carefully characterized.
13. High-precision electrothermal control is essential for this application.
14. Research on electrothermal devices has intensified in recent years.
15. She presented her findings on electrothermal instability at the conference.
16. The electrothermal analysis revealed a critical flaw in the design.
17. Innovative electrothermal technologies are transforming various industries.
18. A thorough understanding of electrothermal mechanisms is necessary.
19. The electrothermal behavior of the system was unpredictable under extreme conditions.
20. Further investigation into electrothermal coupling is warranted.
21. This electrothermal-based technology offers a sustainable solution.
22. Improved electrothermal modeling tools are needed for accurate predictions.
23. The paper discusses the challenges of electrothermal modeling in microelectronics.
24. He is an expert in electrothermal simulations and analysis.
25. The development of efficient electrothermal switches is a major goal.
26. Advances in electrothermal materials are driving innovation.
27. Recent breakthroughs in electrothermal engineering are impressive.
28. Electrothermal effects can significantly impact device performance.
29. The study focused on the electrothermal response of the material to high voltage.
30. Minimizing electrothermal losses is crucial for energy efficiency.
31. They utilized a sophisticated electrothermal simulation package.
32. The team is working on optimizing the electrothermal characteristics of the system.
33. Electrothermal integration is a key challenge in modern electronics.
34. The article reviewed recent progress in electrothermal device modeling.
35. Controlling the electrothermal behavior is essential for reliable operation.
36. The electrothermal properties are temperature-dependent.
37. Advanced electrothermal simulations are computationally expensive.
38. This electrothermal phenomenon is not yet fully understood.
39. The electrothermal design of the chip was carefully considered.
40. We observed significant electrothermal instabilities during the test.
41. Novel electrothermal applications are constantly emerging.
42. The project aims to develop a more efficient electrothermal converter.
43. Electrothermal actuation offers precise control in many applications.
44. The researchers are exploring the use of electrothermal actuators in microfluidic devices.
45. The paper presents a new model for electrothermal coupling in semiconductors.
46. Addressing electrothermal issues is critical for device reliability.
47. Improved electrothermal management extends the lifespan of the device.
48. The implications of electrothermal effects are often underestimated.
49. The company's success relies heavily on its expertise in electrothermal technology.
50. Future research will focus on enhancing the electrothermal performance of the system.