"Copolymerized" Example Sentences
1. The two monomers were copolymerized to create a unique polymer.
2. She copolymerized the plastic with the rubber to make a stronger material.
3. The chemist successfully copolymerized the two hydrocarbons.
4. The polymer was copolymerized with a metal to enhance its conductivity.
5. The researchers managed to copolymerize the molecule with a fluorescent dye.
6. The team copolymerized the two different monomers to produce a copolymer with unique properties.
7. The chemists copolymerized the two different monomers in a process called random copolymerization.
8. The copolymerized product exhibited excellent thermal stability.
9. The copolymerized material had improved mechanical properties compared to the individual polymers.
10. The process of copolymerization can result in the creation of copolymers with a variety of compositions and properties.
11. The resulting copolymerized film was transparent and highly flexible.
12. The copolymerized material was found to be highly resistant to corrosion.
13. By copolymerizing with a reactive monomer, the researchers were able to control the copolymerization process more effectively.
14. The copolymerized foam exhibited excellent thermal insulation properties.
15. By copolymerizing two incompatible monomers, a material with good toughness and strength was produced.
16. The copolymerized product had excellent adhesion to various surfaces.
17. The resulting copolymerized fibers possessed good tensile strength and flexibility.
18. Copolymerization is a powerful tool for tailoring material properties, such as electrical conductivity and hydrophobicity.
19. The researchers used a novel method of copolymerization to produce a copolymer with unprecedented properties.
20. The copolymerized material had exceptional optical transparency.
21. By copolymerizing with a chain transfer agent, the researchers were able to regulate the molecular weight of the copolymer.
22. Copolymerization allows for the creation of materials with unique combinations of properties, such as biocompatibility and antimicrobial activity.
23. The copolymerized product had high thermal conductivity, making it suitable for electronic applications.
24. The researchers copolymerized the hydrophobic monomer with a hydrophilic monomer to create a material with both properties.
25. By controlling the copolymerization conditions, the researchers were able to produce a copolymer with a narrow molecular weight distribution.
26. The copolymerized material exhibited good chemical resistance and prevented degradation over time.
27. The copolymerization process involves the simultaneous polymerization of two or more different monomers.
28. The researchers copolymerized the two monomers with a cross-linking agent to produce a highly cross-linked copolymer.
29. The copolymerized material had improved electrical conductivity, making it suitable for use in electronics.
30. By copolymerizing with a monomer with a high boiling point, the researchers were able to achieve copolymerization under high pressure and temperature.
Common Phases
1. The material was
copolymerized using two different monomers;
2. The
copolymerized product had unique physical properties;
3.
Copolymerized films showed improved resistance to abrasion;
4. The
copolymerized resin had excellent heat resistance;
5.
Copolymerized particles had uniform size distribution;
6. Polyethylene and vinyl acetate were
copolymerized to create a new material;
7. The
copolymerized product showed improved adhesion to various substrates;
8. The
copolymerized material had enhanced biodegradability;
9. Ethylene and butene were
copolymerized to create a flexible plastic;
10. The
copolymerized fibers had an increased tensile strength.