Polycondensation example sentences

"Polycondensation" Example Sentences

1. Polycondensation is a crucial step in the synthesis of many polymers.
2. The mechanism of polycondensation involves the elimination of a small molecule.
3. Understanding polycondensation reactions is essential for materials science.
4. Polycondensation reactions are often used to create high-molecular-weight polymers.
5. This research focuses on the kinetics of polycondensation.
6. The degree of polymerization is influenced by the conditions of polycondensation.
7. We observed a significant increase in viscosity during polycondensation.
8. Polycondensation, unlike addition polymerization, involves a stepwise process.
9. The efficiency of the catalyst affects the rate of polycondensation.
10. Several factors can influence the yield of polycondensation.
11. Controlling the temperature is critical for successful polycondensation.
12. This new method improves the efficiency of polycondensation significantly.
13. The study investigated the effects of various solvents on polycondensation.
14. Polycondensation is a versatile method for synthesizing various polymers.
15. We are developing a novel catalyst for polycondensation reactions.
16. The resulting polymer had a high molecular weight due to efficient polycondensation.
17. Improved polycondensation techniques are constantly being developed.
18. The process of polycondensation can be quite complex.
19. Researchers are exploring new monomers suitable for polycondensation.
20. Polycondensation offers a sustainable route to polymer synthesis.
21. This text will detail the intricacies of polycondensation mechanisms.
22. A deeper understanding of polycondensation is crucial for advancements in the field.
23. The article explores the applications of polycondensation in various industries.
24. Polycondensation is a key topic in polymer chemistry courses.
25. Efficient polycondensation leads to higher-quality polymers.
26. The experiment demonstrated the feasibility of interfacial polycondensation.
27. Many commercial polymers are produced through polycondensation.
28. Our team is optimizing the polycondensation process for improved yield.
29. Further research is needed to fully understand the limitations of polycondensation.
30. The chapter discusses the different types of polycondensation reactions.
31. Polycondensation is often used in the production of polyesters.
32. The article presents a new model for predicting the outcome of polycondensation.
33. Innovative techniques are improving the control over polycondensation reactions.
34. This approach simplifies the polycondensation process.
35. The textbook provides a comprehensive introduction to polycondensation.
36. The synthesis involved a two-step polycondensation process.
37. Careful monitoring is necessary during the polycondensation reaction.
38. We achieved high purity through careful control of the polycondensation parameters.
39. The reaction mixture was heated to initiate polycondensation.
40. The molecular weight distribution was analyzed after polycondensation.
41. Polycondensation is a fundamental process in materials science and engineering.
42. Byproducts are eliminated during the polycondensation process.
43. The use of specific catalysts accelerates the rate of polycondensation.
44. This new polymer was synthesized via a step-growth polycondensation reaction.
45. The advantages of polycondensation over other methods are numerous.
46. The disadvantages of polycondensation are often related to reaction control.
47. Optimization of the polycondensation process is a subject of ongoing research.
48. Future research will focus on scaling up the polycondensation reaction.
49. The chapter concludes with a summary of the principles of polycondensation.
50. In conclusion, polycondensation remains a powerful tool for polymer synthesis.