Cyclohexanol example sentences

"Cyclohexanol" Example Sentences

1. Cyclohexanol is a common solvent in organic chemistry.
2. The reaction yielded a high percentage of cyclohexanol.
3. We used cyclohexanol as a starting material for the synthesis.
4. The purification of cyclohexanol involved fractional distillation.
5. Cyclohexanol's boiling point is relatively low.
6. Analyzing the NMR spectrum confirmed the presence of cyclohexanol.
7. The experiment required careful handling of cyclohexanol due to its flammability.
8. Cyclohexanol reacted readily with the oxidizing agent.
9. Adding a catalytic amount of acid increased the rate of cyclohexanol's dehydration.
10. The yield of the cyclohexanol oxidation was disappointing.
11. Pure cyclohexanol is a colorless liquid.
12. The researcher meticulously measured the cyclohexanol before adding it to the reaction mixture.
13. Improper storage can lead to the degradation of cyclohexanol.
14. Cyclohexanol is a cyclic alcohol.
15. A byproduct of the reaction was identified as cyclohexanol.
16. The properties of cyclohexanol make it suitable for many applications.
17. Is there any other solvent that can replace cyclohexanol?
18. The study focused on the oxidation kinetics of cyclohexanol.
19. The student carefully observed the changes while adding cyclohexanol.
20. We expect a better yield if we use anhydrous cyclohexanol.
21. The article discussed the different uses of cyclohexanol in industry.
22. Cyclohexanol readily undergoes esterification.
23. The synthesis of cyclohexanol from cyclohexene was successful.
24. The disposal of cyclohexanol waste requires careful consideration.
25. The experiment involved the reduction of cyclohexanone to cyclohexanol.
26. This is a critical step in the production of cyclohexanol.
27. The use of cyclohexanol in this process is environmentally sound.
28. Several factors can affect the purity of the synthesized cyclohexanol.
29. The safety data sheet for cyclohexanol should be consulted before handling.
30. Cyclohexanol is a relatively inexpensive chemical.
31. The team is developing a new method for producing cyclohexanol.
32. The researcher hypothesized that the reaction would produce more cyclohexanol at lower temperatures.
33. They found that cyclohexanol played a crucial role in the reaction.
34. Without cyclohexanol, the reaction would not proceed.
35. The presence of impurities in the cyclohexanol could explain the unexpected results.
36. Further research is needed to understand the behavior of cyclohexanol under high pressure.
37. The company specializes in the manufacturing of high-purity cyclohexanol.
38. The next step is to characterize the newly synthesized cyclohexanol.
39. The reaction produced a mixture of cyclohexanol and other products.
40. The separation of cyclohexanol from the mixture required careful techniques.
41. Cyclohexanol is also used as an intermediate in other chemical processes.
42. Efficiently producing cyclohexanol is important for many industries.
43. The chemical formula for cyclohexanol is C6H12O.
44. Understanding the reactivity of cyclohexanol is vital for synthetic chemists.
45. The experiment successfully demonstrated the synthesis of cyclohexanol.
46. The literature review extensively covered the applications of cyclohexanol.
47. Cyclohexanol can be used as a solvent for various reactions.
48. Careful attention must be paid to the safety protocols when handling cyclohexanol.
49. The overall yield of cyclohexanol was optimized through careful experimentation.
50. The future of cyclohexanol production may involve greener, more sustainable methods.