Photoluminescenceorigin example sentences

"Photoluminescenceorigin" Example Sentences

1. The researchers are investigating the photoluminescenceorigin of these new materials.
2. Understanding the photoluminescenceorigin of semiconductors is crucial for many applications.
3. The photoluminescenceorigin of these quantum dots is attributed to their small size.
4. The bandgap engineering of nanocrystals can affect their photoluminescenceorigin.
5. By modifying the surface chemistry, we can control the photoluminescenceorigin of nanoparticles.
6. The photoluminescenceorigin of perovskite materials has been extensively studied in recent years.
7. The photoluminescenceorigin of certain biomolecules can reveal information about their structure.
8. The researchers used time-resolved spectroscopy to investigate the photoluminescenceorigin of the samples.
9. The photoluminescenceorigin of rare-earth doped materials can give rise to interesting optical properties.
10. The photoluminescenceorigin of organic molecules is related to their electronic structure.
11. The researchers were able to identify the photoluminescenceorigin of the emission peak.
12. The photoluminescenceorigin of carbon nanotubes can be tuned by their diameter and chirality.
13. The photoluminescenceorigin of metal nanoparticles is often linked to localized surface plasmons.
14. The photoluminescenceorigin of quantum emitters can be affected by their coupling to the environment.
15. The photoluminescenceorigin of certain minerals can provide clues about their formation process.
16. The photoluminescenceorigin of upconverting nanoparticles is related to their energy transfer mechanism.
17. The photoluminescenceorigin of diamond defects is linked to their spin properties.
18. The photoluminescenceorigin of phosphorescence in some materials is due to triplet state emission.
19. The photoluminescenceorigin of luminescent polymers is related to their conjugation structure.
20. The photoluminescenceorigin of scintillators is attributed to their ability to convert ionizing radiation into light.
21. The photoluminescenceorigin of certain plants can be used for imaging in biological applications.
22. The photoluminescenceorigin of some bacteria can be linked to their metabolic activity.
23. The photoluminescenceorigin of certain minerals is due to impurities or defects in their crystal lattice.
24. The photoluminescenceorigin of fluorescent proteins can be genetically engineered for specific applications.
25. The photoluminescenceorigin of electrochemiluminescence in some materials is due to redox reactions.
26. The photoluminescenceorigin of fireflies is due to a biochemical reaction in their light-emitting organs.
27. The photoluminescenceorigin of certain dyes is related to their absorption and emission spectra.
28. The photoluminescenceorigin of certain rocks can be used to identify their geographic origin.
29. The photoluminescenceorigin of certain minerals can be used for dating geological events.
30. The photoluminescenceorigin of sonoluminescence in some materials is due to acoustic cavitation.

Common Phrases

1. Photoluminescence origin can be understood through spectroscopy;
2. The photoluminescence origin in a material depends on its electronic structure;
3. The study of photoluminescence origin is important in the development of optoelectronic devices;
4. The photoluminescence origin in semiconductors can be affected by impurities and defects;
5. Understanding the photoluminescence origin in quantum dots is crucial for their applications in solar cells and imaging;
6. The investigation of the photoluminescence origin in perovskite materials is an active area of research;
7. The photoluminescence origin in nanocrystals can be controlled through size and shape engineering.