Localisation and Coupling of Plasmon Modes in Size-Selected Cluster Films Probed by EELS

Physics & Astronomy

1. plasmons 100%
2. gold 94%
3. optical coupling 65%
4. nanoparticles 64%
5. energy dissipation 62%
6. electron energy 58%
7. nanoclusters 47%
8. high resolution 47%
9. quenching 42%
10. spectroscopy 40%
11. quantum dots 40%
12. acoustics 30%
13. phenyls 28%
14. negative ions 26%
15. thiols 21%
16. scanning 21%
17. emitters 21%
18. energy 20%
19. mica 19%
20. alkanes 19%
21. fluorescence 19%
22. polymethyl methacrylate 18%
23. free electrons 17%
24. optical properties 16%
25. excitation 16%
26. sulfur 16%
27. augmentation 15%
28. cross sections 15%
29. quartz 15%
30. chemistry 14%
31. graphite 14%
32. switches 14%
33. molecules 13%
34. vapor phases 13%
35. electron microscopes 13%
36. vapor deposition 13%
37. metals 13%
38. adsorption 13%
39. atomic force microscopy 13%
40. electronic structure 13%
41. preparation 12%
42. microscopy 12%
43. photonics 11%
44. physics 10%
45. glass 10%
46. characterization 9%
47. electron states 9%
48. atoms 8%
49. divergence 7%
50. lasers 7%