"Photoluminescence" Example Sentences
1. The chemical compound exhibits intense photoluminescence.
2. The quantum dots have efficient photoluminescence.
3. The photoluminescence of the organic material was remarkable.
4. We observed photoluminescence from the fluorescent dye.
5. The photoluminescence spectrum showed two distinct peaks.
6. The nanoparticle's photoluminescence was highly tunable.
7. Strong photoluminescence was observed after excitation by ultraviolet light.
8. The increase in temperature led to reduction in photoluminescence intensity.
9. The photoluminescence property of the material was investigated using spectroscopic analysis.
10. The photoluminescence efficiency was lower in the presence of oxygen.
11. The blue light photoluminescence indicates the presence of a desirable impurity.
12. The polymer has characteristic photoluminescence in the visible range.
13. The photoluminescence lifetime of the material was determined.
14. The photoluminescence emission can be used for bioimaging.
15. The photoluminescence behavior of the semiconductor is well documented.
16. The non-uniformity in photoluminescence was a concern for device performance.
17. The photoluminescence decay rate was measured to evaluate the fluorescence lifetime.
18. The quantum efficiency of photoluminescence was calculated.
19. The photoluminescence intensity decreases as the excitation wavelength increases.
20. The photoluminescence imaging revealed the presence of defects in the crystal.
21. The photoluminescence signal was strong enough to be observed from a distance.
22. The presence of nanocrystals enhanced the photoluminescence properties of the material.
23. The time-resolved photoluminescence measurement provided information about the excited state lifetime.
24. The photoluminescence of the nanotubes was affected by the structure of the material.
25. The photoluminescence experiments indicated that the material was a good light emitter.
26. The emission color of photoluminescence can be varied by changing the composition of the material.
27. The photoluminescence excitation spectroscopy was used to investigate the energy transfer mechanism.
28. The photoluminescence properties were studied using high-resolution transmission electron microscopy.
29. The photoluminescence response was strong in the near-infrared region.
30. The intensity of photoluminescence is highly dependent on the concentration of impurities.
Common Phases
1.
Photoluminescence is the emission of light from a material when it is exposed to light;
2. The intensity and wavelength of the emitted light depend on the properties of the material;
3.
Photoluminescence is widely used in material science and semiconductor industry to study the properties of materials;
4. It is also a valuable tool for studying biological systems, such as proteins and cells;
5. Different types of
photoluminescence include fluorescence, phosphorescence, and chemiluminescence;
6.
Photoluminescence can be excited by various sources of light, such as lasers and LEDs;
7. The emission spectrum of
photoluminescence can provide information about the energy levels and electronic structure of the material;
8.
Photoluminescence imaging is a technique used to visualize the distribution of photoluminescent materials in samples;
9. The sensitivity and resolution of
photoluminescence measurements depend on the instrumentation used.