Dissipative example sentences

"Dissipative" Example Sentences

1. Dissipative forces slowed the pendulum's swing.
2. The dissipative nature of the system led to energy loss.
3. Friction is a dissipative process.
4. He described the dissipative structures observed in the experiment.
5. It's a dissipative, chaotic system.
6. The model accounts for dissipative effects.
7. Dissipative structures are common in nature.
8. Their findings challenge the purely dissipative model.
9. We observed a dissipative instability.
10. The dissipative term in the equation is crucial.
11. Energy is dissipated through friction.
12. A dissipative process converts energy into heat.
13. The system's dissipative dynamics are complex.
14. This dissipative system requires constant energy input.
15. The experiment demonstrated dissipative effects.
16. Understanding dissipative systems is key.
17. They built a model incorporating dissipative forces.
18. Air resistance is a highly dissipative force.
19. The dissipative properties were measured precisely.
20. Viscosity is an example of a dissipative phenomenon.
21. It's a fundamentally dissipative process.
22. The researchers studied dissipative solitons.
23. We need to consider dissipative factors.
24. The simulation neglected dissipative effects.
25. The results indicated a dissipative structure.
26. How dissipative is the system?
27. The dissipative component of the energy budget is significant.
28. Such a dissipative system is inherently unstable.
29. A dissipative structure emerged spontaneously.
30. His work focused on dissipative quantum systems.
31. The model was extended to include dissipative terms.
32. The analysis of dissipative dynamics is challenging.
33. The problem is best addressed with dissipative structures.
34. This is a dissipative system far from equilibrium.
35. He theorized about dissipative processes in cosmology.
36. She presented a new theory of dissipative systems.
37. The study of dissipative structures is a new field of research.
38. The dissipative process converts mechanical energy into heat energy.
39. Many natural systems exhibit dissipative behavior.
40. The rate of dissipation was measured.
41. The dissipative loss is considerable.
42. Ignoring the dissipative effects simplifies the model.
43. These dissipative effects need further investigation.
44. The dissipative forces were modeled using a new algorithm.
45. The system demonstrated dissipative self-organization.
46. It's important to consider the dissipative mechanisms at play.
47. The highly dissipative environment affected the results.
48. Dissipative phenomena are ubiquitous in nature.
49. We observed unexpected dissipative behavior.
50. The dissipative characteristics are well understood.