Pyrocatechol example sentences

"Pyrocatechol" Example Sentences

1. The experiment involved the careful oxidation of pyrocatechol.
2. Pyrocatechol's reducing properties are well-documented.
3. A solution of pyrocatechol was added dropwise to the reaction mixture.
4. We observed a distinct color change upon the addition of pyrocatechol.
5. The synthesis yielded a significant amount of pyrocatechol.
6. Pyrocatechol is a key intermediate in this synthetic pathway.
7. The presence of pyrocatechol was confirmed via NMR spectroscopy.
8. Impurities, including pyrocatechol, were removed through recrystallization.
9. The researcher carefully handled the pyrocatechol due to its potential toxicity.
10. Further investigation into the reactivity of pyrocatechol is warranted.
11. The team successfully isolated the pyrocatechol from the complex mixture.
12. Pyrocatechol reacted readily with the oxidizing agent.
13. The concentration of pyrocatechol was carefully controlled.
14. Unexpectedly, the pyrocatechol decomposed under those conditions.
15. Determining the purity of the pyrocatechol was crucial.
16. The article extensively discussed the applications of pyrocatechol.
17. Pyrocatechol, a common aromatic compound, showed interesting results.
18. The use of pyrocatechol as a catalyst is being investigated.
19. We hypothesize that the pyrocatechol acted as a reducing agent.
20. The analysis revealed a high level of pyrocatechol in the sample.
21. This novel synthesis method significantly improved the yield of pyrocatechol.
22. Subsequent reactions with pyrocatechol are currently underway.
23. The pyrocatechol was stored in a tightly sealed container.
24. Because of its properties, pyrocatechol is frequently used in organic chemistry.
25. Its role in the reaction mechanism is to act as a precursor to pyrocatechol.
26. The degradation of pyrocatechol was monitored over time.
27. The spectral data confirmed the presence of pyrocatechol in the product.
28. Pure pyrocatechol is a colorless crystalline solid.
29. Adding pyrocatechol to the solution resulted in a dramatic change.
30. The reaction kinetics of pyrocatechol were studied extensively.
31. Pyrocatechol proved to be an effective starting material.
32. Despite its potential, pyrocatechol can be challenging to handle.
33. The purification of pyrocatechol required multiple steps.
34. Interestingly, pyrocatechol exhibited unexpected behavior.
35. The mechanism involving pyrocatechol remains unclear.
36. Further studies are needed to fully understand pyrocatechol's properties.
37. Pyrocatechol's reactivity is influenced by pH.
38. The yields obtained using pyrocatechol were variable.
39. The pyrocatechol derivative showed enhanced activity.
40. Pyrocatechol is a valuable reagent in many organic syntheses.
41. Using pyrocatechol allowed for a more efficient synthesis.
42. The researchers were surprised by the results obtained using pyrocatechol.
43. The manuscript detailed the synthesis and characterization of pyrocatechol.
44. The reaction with pyrocatechol proceeded smoothly under these conditions.
45. Without pyrocatechol, the reaction failed to proceed.
46. Pyrocatechol, a dihydroxybenzene, is a versatile compound.
47. The team is currently exploring other applications of pyrocatechol.
48. Commercial samples of pyrocatechol often contain impurities.
49. The safety precautions for handling pyrocatechol must be strictly followed.
50. With careful handling, pyrocatechol is a relatively safe reagent.

Common Phases

1. Pyrocatechol's inherent reactivity makes it a versatile building block.
2. The pyrocatechol moiety is crucial for the molecule's biological activity.
3. Pyrocatechol derivatives exhibit a wide range of applications.
4. Analysis of pyrocatechol requires specialized techniques.
5. The synthesis of pyrocatechol involves several steps.
6. Pyrocatechol's oxidation products are often colored.
7. Environmental monitoring often includes testing for pyrocatechol.
8. Industrial applications of pyrocatechol are diverse.
9. The study of pyrocatechol's interactions with metal ions is ongoing.
10. Careful handling of pyrocatechol is essential due to its potential toxicity.
11. Pyrocatechol's presence can indicate certain types of pollution.
12. The identification of pyrocatechol relies on spectroscopic methods.
13. Researchers are exploring novel uses for pyrocatechol.
14. Pyrocatechol undergoes various chemical transformations.
15. The mechanism of pyrocatechol's degradation is complex.