Photooxidations example sentences

"Photooxidations" Example Sentences

1. Photooxidations are commonly used in organic synthesis to generate new compounds.
2. The mechanism of photooxidations involves the transfer of electrons from excited states.
3. The efficiency of photooxidations is influenced by the intensity and wavelength of light.
4. Photooxidations of alkanes can lead to the formation of alcohol and ketone products.
5. The photooxidations of some metal ions can produce colored complexes.
6. The photooxidations of unsaturated compounds can lead to the formation of epoxides and ozonides.
7. Photooxidations can occur spontaneously in the presence of oxygen and light.
8. The rate of photooxidations can be affected by the concentration of oxygen in the reaction mixture.
9. The products of photooxidations can be analyzed using spectroscopic techniques.
10. The photooxidations of some pollutants can result in harmful byproducts.
11. The use of catalysts can increase the efficiency of photooxidations.
12. Different types of photosensitizers can be employed to initiate photooxidations.
13. The selectivity of photooxidations can be controlled by the choice of reaction conditions.
14. The photooxidations of some natural products can lead to the formation of bioactive compounds.
15. Photooxidations can be used to degrade organic compounds in wastewater treatment.
16. The kinetics of photooxidations can be studied using mathematical models.
17. Photooxidations of carotenoids can lead to the formation of free radicals.
18. The photooxidations of some plastics can affect their physical properties.
19. The mechanism of photooxidations can involve the participation of singlet oxygen.
20. Photooxidations can be used to generate reactive species for chemical modification.
21. Integrating photooxidations into industrial processes can reduce environmental impact.
22. The photooxidations of some dyes can result in changes in color or fluorescence.
23. The photooxidations of some pharmaceutical products can affect their stability.
24. Photooxidations can be used in the production of fine chemicals and intermediates.
25. The photooxidations of some plant pigments can result in nutrient degradation.
26. The use of photoreactors can optimize the efficiency of photooxidations.
27. The photooxidations of some metal complexes can lead to the formation of new ligands.
28. The photooxidations of some hydrocarbons can produce harmful photochemical smog.
29. The effectiveness of photooxidations can be evaluated by analyzing the products and reaction kinetics.
30. The role of photooxidations in atmospheric chemistry is an active area of research.

Common Phases

1. Environmental pollution can cause photooxidations of certain chemicals;
2. Photooxidations can lead to degradation of organic matter in water bodies;
3. Photooxidations of hydrocarbons from vehicle emissions are a major contributor to urban smog;
4. Scientists use photooxidations in the lab to generate reactive oxygen species for research purposes.