Radiative example sentences

"Radiative" Example Sentences

1. Radiative cooling is a crucial process in atmospheric science.
2. The star's radiative energy sustains life on Earth.
3. He developed a new model for radiative transfer in planetary atmospheres.
4. Understanding radiative heat transfer is key to designing efficient engines.
5. The experiment measured the radiative properties of various materials.
6. Scientists are exploring radiative forcing effects on climate change.
7. Her research focused on the radiative efficiency of solar panels.
8. Radiative forcing from greenhouse gases is a major concern.
9. The radiative zone of the sun is incredibly hot and dense.
10. Atmospheric radiative transfer models are complex.
11. We observed a significant radiative decay in the sample.
12. The radiative properties of this material are unique.
13. They studied the radiative equilibrium of the Earth's atmosphere.
14. This process involves radiative recombination of ions.
15. The radiative lifetime of this excited state is short.
16. It has excellent radiative heat dissipation capabilities.
17. The radiative transfer equation is fundamental in astrophysics.
18. Radiative cooling is more efficient in a vacuum.
19. Improved radiative heat transfer models are needed.
20. The radiative intensity varied with wavelength.
21. A radiative heat flux was detected.
22. This design maximizes radiative efficiency.
23. The simulations included radiative and convective processes.
24. The data showed a clear radiative signature.
25. They measured the radiative impact of aerosols.
26. Radiative effects are significant at high altitudes.
27. The building's design incorporates radiative cooling techniques.
28. Its radiative properties are temperature-dependent.
29. His thesis explored radiative heat transfer in porous media.
30. The radiative losses were minimized.
31. Radiative transfer is a complex physical phenomenon.
32. They developed a new method for analyzing radiative data.
33. This material exhibits strong radiative emission.
34. The radiative lifetime was calculated using quantum mechanics.
35. Radiative processes dominate at high temperatures.
36. We observed an unexpected radiative anomaly.
37. The model accounts for radiative and conductive heat transfer.
38. The radiative zone extends to about 70% of the sun's radius.
39. The radiative forcing from clouds is poorly understood.
40. This technology utilizes radiative cooling for passive temperature control.
41. Accurately modeling radiative transfer is computationally intensive.
42. The radiative properties of the atmosphere affect climate.
43. He is a leading expert in radiative transfer theory.
44. The experiment measured the radiative efficiency of the antenna.
45. Radiative recombination is an important process in plasmas.
46. The radiative decay constant was determined experimentally.
47. Understanding radiative processes is crucial for climate modeling.
48. The system exhibits significant radiative losses.
49. Future research will focus on improved radiative transfer models.
50. A radiative cooling system could significantly reduce energy consumption.