Plasmon example sentences

"Plasmon" Example Sentences

1. Plasmonics is a rapidly growing field of research.
2. The plasmon resonance frequency depends on the nanoparticle size.
3. We observed a strong plasmon resonance in our experiments.
4. Surface plasmon resonance (SPR) is a powerful analytical technique.
5. Localized surface plasmon resonance (LSPR) is used for biosensing.
6. The excitation of plasmon modes leads to enhanced light scattering.
7. Controlling the plasmon properties is crucial for device applications.
8. This material exhibits unique plasmon behavior.
9. The plasmon enhanced fluorescence was significant.
10. We simulated the plasmon dynamics using finite-element methods.
11. Plasmon coupling leads to interesting optical effects.
12. Understanding plasmonics requires knowledge of electromagnetism.
13. Recent advancements in plasmonics have opened up new possibilities.
14. The plasmon wavelength is crucial for efficient energy transfer.
15. The article focuses on the theory of plasmon propagation.
16. Metallic nanoparticles support plasmon oscillations.
17. Plasmon-based sensors are highly sensitive.
18. Plasmonics offers a promising avenue for developing advanced technologies.
19. He is an expert in the field of plasmonics.
20. They are researching novel plasmon materials.
21. Our research aims to improve plasmon based devices.
22. The study investigated the influence of shape on plasmon resonance.
23. Efficient plasmon generation is essential for practical applications.
24. The plasmon response was measured using spectroscopy.
25. We observed a shift in the plasmon peak due to changes in the environment.
26. The plasmon field enhances the electromagnetic field.
27. This new technique allows for precise control of plasmon excitation.
28. The paper explores the potential of plasmonics for solar energy.
29. Plasmonics could revolutionize optical devices.
30. Further research is needed to fully understand plasmon dynamics.
31. They developed a new plasmon-based biosensor.
32. Plasmon resonance is a collective oscillation of electrons.
33. The plasmon frequency depends on the dielectric constant.
34. Plasmonics is a multidisciplinary field.
35. The experiment demonstrated the feasibility of plasmon-enhanced spectroscopy.
36. Surface plasmon polaritons are electromagnetic waves.
37. The plasmon decay rate affects the efficiency of the process.
38. We are investigating the use of plasmonics for cancer detection.
39. This technology uses plasmon resonance for sensing applications.
40. Plasmon enhanced Raman scattering is a powerful technique.
41. The size and shape of the nanoparticles affect the plasmon resonance.
42. He is a leading researcher in the area of plasmonics.
43. The plasmon properties are highly sensitive to the surrounding medium.
44. Plasmon based devices offer significant advantages.
45. The conference will cover the latest advances in plasmonics.
46. The book provides a comprehensive overview of plasmonics.
47. The simulation accurately predicted the plasmon resonance wavelength.
48. Improved understanding of plasmonics is crucial for technological progress.
49. This innovative device utilizes plasmonics for enhanced performance.
50. Future applications of plasmonics are vast and varied.