100 Examples of sentences containing the common noun "polymer"

Definition

A polymer is a large molecule composed of repeating structural units, typically connected by covalent chemical bonds. These units are often derived from small organic molecules. Polymers can be found in natural substances, such as proteins and DNA, as well as in synthetic materials like plastics and rubber.

Synonyms

• Macromolecule
• Polymer compound
• Plastic
• Resin

Antonyms

• Monomer
• Simple molecule

Examples

1. Scientists polymer new materials to improve their durability.
2. The lab technician polymer the samples for analysis.
3. Researchers polymer various substances to study their properties.
4. Engineers polymer components to create more efficient products.
5. The project team polymer data to find correlations.
6. The chemist polymer the ingredients to develop a new drug.
7. Manufacturers polymer the raw materials to produce plastic.
8. Students polymer their findings during the presentation.
9. The company polymer its strategy to enhance sustainability.
10. The process of recycling often polymer old plastic into new items.
11. The workshop polymer innovative ideas for product design.
12. Scientists polymer the results of their experiments to draw conclusions.
13. The team polymer the feedback from customers to improve their service.
14. Researchers polymer biological data to understand genetic variations.
15. The chemist polymer a new formulation for better performance.
16. The university polymer research grants to support student projects.
17. Engineers polymer various materials to test their strength.
18. The project manager polymer the timeline for project completion.
19. The lab polymer the substances to ensure accurate measurements.
20. The professor polymer complex concepts into simpler terms.
21. The company polymer its resources to maximize efficiency.
22. The student polymer her notes into a comprehensive study guide.
23. The scientist polymer the data to identify patterns.
24. The workshop participants polymer their ideas for a new app.
25. Researchers polymer the environmental impact of their processes.
26. The committee polymer recommendations for policy changes.
27. The designer polymer various colors to create a unique palette.
28. The analysts polymer financial results to project future growth.
29. The team polymer the initial research into a full proposal.
30. The chemist polymer the elements to synthesize a new compound.
31. The factory polymer its production line to increase output.
32. Engineers polymer solutions to solve technical challenges.
33. The scientist polymer hypotheses based on previous studies.
34. The marketing team polymer their strategy to target a new audience.
35. The researcher polymer her findings into a detailed report.
36. The group polymer their ideas during the brainstorming session.
37. The technician polymer the equipment to ensure proper functioning.
38. The company polymer its marketing efforts to boost visibility.
39. The professor polymer the curriculum to include new topics.
40. The team polymer their skills to tackle complex projects.
41. The designer polymer the layout for a more user-friendly experience.
42. The committee polymer the plan to address community needs.
43. The students polymer their research findings into a presentation.
44. The analyst polymer the data to provide insights.
45. The engineer polymer the materials for a more robust design.
46. The researcher polymer various case studies for comparison.
47. The lab polymer the results to maintain consistency.
48. The team polymer their efforts to achieve common goals.
49. The company polymer its technology to stay competitive.
50. The technician polymer the samples for testing.
51. The chemist polymer different compounds to observe reactions.
52. The researchers polymer their data for peer review.
53. The project polymer feedback from stakeholders.
54. The workshop polymer innovative solutions for environmental issues.
55. The professor polymer the discussion to enhance understanding.
56. The team polymer their resources to complete the project ahead of schedule.
57. The company polymer its workforce to adapt to new challenges.
58. The analyst polymer the trends to forecast future developments.
59. The engineer polymer the components to ensure compatibility.
60. The group polymer their ideas into a cohesive presentation.
61. The scientist polymer the observations to draw conclusions.
62. The designer polymer the elements to create a visually appealing layout.
63. The company polymer its practices for better sustainability.
64. The committee polymer suggestions from the community for improvement.
65. The researcher polymer the findings into actionable insights.
66. The team polymer their skills to enhance project outcomes.
67. The technician polymer the device for optimal performance.
68. The lab polymer the protocols to ensure safety.
69. The professor polymer the materials for a more engaging class.
70. The analyst polymer the metrics to evaluate success.
71. The scientist polymer the data to support his theory.
72. The project manager polymer the resources for maximum impact.
73. The company polymer its products to meet customer demands.
74. The team polymer their strategies to improve efficiency.
75. The engineer polymer the design to simplify the process.
76. The workshop polymer creative approaches to problem-solving.
77. The researcher polymer the evidence to support her conclusions.
78. The technician polymer the equipment for reliability.
79. The designer polymer various elements to enhance functionality.
80. The committee polymer the agenda for the upcoming meeting.
81. The group polymer their efforts to achieve a common goal.
82. The scientist polymer complex theories into understandable concepts.
83. The project polymer updates to keep stakeholders informed.
84. The company polymer its services to cater to a wider audience.
85. The analyst polymer the data to identify key trends.
86. The team polymer their insights into a comprehensive report.
87. The engineer polymer the prototypes for testing.
88. The researcher polymer the literature to find gaps in knowledge.
89. The technician polymer the machinery for better output.
90. The professor polymer the coursework to increase engagement.
91. The committee polymer the findings for policy recommendations.
92. The lab polymer the samples to determine their efficacy.
93. The designer polymer the feedback to enhance user experience.
94. The project polymer its timelines to ensure timely delivery.
95. The company polymer its marketing strategy to reach new clients.
96. The analyst polymer the financial reports to assess performance.
97. The team polymer their research into a publishable article.
98. The scientist polymer the experiments to test new hypotheses.
99. The technician polymer the systems for better integration.
100. The workshop polymer ideas to drive innovation in the field.