RUI: Application of Plasmonic-Metal Nanoparticles to Increase the Efficiency and Photostability of Luminescent Solar Concentrators

Keyphrases

1. Luminescent Solar Concentrator 100%
2. Photostability 100%
3. Plasmonic Metal Nanoparticles 100%
4. Luminescent Concentrator 40%
5. Concentrator 40%
6. Fluorescence Yield 40%
7. Fluorescent Materials 20%
8. Underrepresented Students 20%
9. Photodegradation 20%
10. Fluorescent Label 20%
11. Mentoring Program 20%
12. Nanoparticle Size 20%
13. Poor Yield 20%
14. Radiative Rates 20%
15. Student Organizations 20%
16. STEM Fields 20%
17. Nanotechnology Research 20%
18. High Efficiency 20%
19. Fluorescent Light 20%
20. Unique Solution 20%
21. Student Participation 20%
22. Light-emitting Diodes 20%
23. Potential Development 20%
24. Photostable 20%
25. Nanotechnology 20%
26. Research Presentations 20%
27. Metal Nanoparticles 20%
28. Organic Dyes 20%
29. Solar Energy Conversion 20%
30. Middle School Students 20%
31. Pennsylvania 20%
32. Interdisciplinary Research 20%
33. Outreach Programs 20%
34. Fossil Fuels 20%
35. Solar Energy 20%
36. Dye-sensitized Solar Cells 20%
37. Sunlight 20%
38. High School Students 20%
39. Near-infrared Dye 20%