100 Examples of sentences containing the noun "cycloaddition"

Definition

Cycloaddition is a chemical reaction in which two or more unsaturated molecules or fragments combine to form a cyclic structure. This process typically involves the formation of new sigma bonds and is often facilitated by heat or light. Cycloaddition reactions are widely used in organic synthesis and polymer chemistry.

Synonyms

• Ring formation
• Cyclization
• Diels-Alder reaction (specific type of cycloaddition)
• Pericyclic reaction (broader category)

Antonyms

• Ring opening
• Fragmentation
• Decomposition

Examples

1. The researchers decided to cycloaddition the diene with the dienophile to create a new compound.
2. During the experiment, the team observed that the cycloaddition reaction occurred at a higher rate with increased temperature.
3. The chemist explained how cycloaddition plays a crucial role in the synthesis of complex organic molecules.
4. They were able to successfully cycloaddition the two reactants using a catalyst.
5. The lecture covered various mechanisms of cycloaddition, highlighting its importance in organic chemistry.
6. The students learned to cycloaddition the starting materials in a controlled environment.
7. An unexpected result occurred when they attempted to cycloaddition under different solvent conditions.
8. The cycloaddition process was monitored using NMR spectroscopy.
9. By adjusting the pressure, they managed to optimize the cycloaddition conditions.
10. The researchers published their findings on the efficiency of cycloaddition in synthetic pathways.
11. The cycloaddition reaction yielded a high percentage of the desired product.
12. When studying photochemistry, you will often encounter cycloaddition reactions.
13. The reaction mechanism revealed how cycloaddition can lead to stereoselective outcomes.
14. They hypothesized that the cycloaddition would be reversible under certain conditions.
15. The lab focused on the development of new methods for cycloaddition.
16. A significant breakthrough in their study was the discovery of a novel cycloaddition pathway.
17. The team was excited to cycloaddition two previously incompatible molecules.
18. Through the process of cycloaddition, they created a new class of materials.
19. The research paper detailed the kinetics of the cycloaddition reaction.
20. They explored how the geometry of the reactants affects the cycloaddition outcome.
21. The chemist demonstrated how to cycloaddition under inert atmosphere conditions.
22. Their goal was to cycloaddition various substrates to enhance the reaction's efficiency.
23. The unique properties of the product were attributed to the cycloaddition mechanism used.
24. The team collaborated to investigate the cycloaddition process under different reaction conditions.
25. The findings suggested that the cycloaddition could be further optimized with additional research.
26. The ability to cycloaddition multiple reactants simultaneously was a significant advancement.
27. They were surprised to find that the cycloaddition yielded unexpected byproducts.
28. The cycloaddition reaction was a key step in the total synthesis of the natural product.
29. The chemist provided a detailed analysis of the cycloaddition reaction kinetics.
30. She successfully managed to cycloaddition the two aromatic compounds.
31. The implications of their findings on cycloaddition were discussed at the conference.
32. They aimed to develop a greener approach to cycloaddition.
33. The cycloaddition reaction was carried out in a high-pressure reactor.
34. The role of electron-withdrawing groups in enhancing the cycloaddition was highlighted.
35. They learned to cycloaddition the substrates using microwave-assisted techniques.
36. The textbook had a dedicated chapter on the principles of cycloaddition.
37. They documented every step of the cycloaddition for reproducibility.
38. The chemist was excited to share her results on the cycloaddition with her peers.
39. The reaction mechanism indicated that the cycloaddition was concerted.
40. Their research focused on the regioselectivity of the cycloaddition reaction.
41. The findings provided insights into how to optimize cycloaddition for industrial applications.
42. The team was able to cycloaddition a range of substrates with varying reactivity.
43. The synthesis plan involved multiple cycloaddition steps.
44. They were investigating the thermodynamics of the cycloaddition reaction.
45. The chemist's publication on cycloaddition gained significant attention in the scientific community.
46. Her ability to cycloaddition complex molecules was impressive.
47. The researchers sought to cycloaddition in a more sustainable manner.
48. The cycloaddition could be monitored visually using UV-Vis spectroscopy.
49. They hypothesized that the new catalyst would enhance the cycloaddition process.
50. The reaction was carefully controlled to ensure successful cycloaddition.
51. The latest research focused on the mechanistic pathways of cycloaddition.
52. They were eager to cycloaddition the latest findings into their ongoing project.
53. The cycloaddition reaction was found to be highly stereospecific.
54. The students practiced how to cycloaddition in a laboratory setting.
55. Their goal was to simplify the cycloaddition procedure for educational purposes.
56. The chemist explained the significance of cycloaddition in drug development.
57. They utilized computational chemistry to model the cycloaddition.
58. The results indicated that the cycloaddition could be performed under mild conditions.
59. They discovered that the cycloaddition favored one isomer over another.
60. The team was thrilled to cycloaddition a new type of cyclic compound.
61. The advancement of their project relied heavily on successful cycloaddition.
62. The cycloaddition was completed within a few hours.
63. The research highlighted the versatility of cycloaddition in synthetic chemistry.
64. They planned to cycloaddition at various temperatures to determine the best conditions.
65. The cycloaddition reaction had implications for materials science.
66. She had to refine her technique to effectively cycloaddition the reactants.
67. The cycloaddition process was essential for creating the target molecule.
68. They encountered challenges when attempting to cycloaddition under ambient conditions.
69. The chemist conducted a thorough review of existing literature on cycloaddition.
70. The findings from their study could revolutionize the way cycloaddition is applied.
71. They demonstrated the ability to cycloaddition in a single step.
72. The cycloaddition mechanism was elucidated in their recent publication.
73. The team was excited to cycloaddition the new substrate they synthesized.
74. Their research aimed at improving the efficiency of cycloaddition reactions.
75. The cycloaddition provided a pathway to new chemical entities.
76. They used high-performance liquid chromatography to analyze the cycloaddition products.
77. The cycloaddition was performed in a sealed environment to prevent contamination.
78. A significant aspect of their research focused on the selectivity of cycloaddition.
79. They were able to cycloaddition the molecule with minimal side reactions.
80. The study on cycloaddition offered insights into reaction dynamics.
81. The new findings on cycloaddition could have industrial applications.
82. They presented their data on the cycloaddition at a national conference.
83. The chemist emphasized the importance of controlling conditions during cycloaddition.
84. Their approach to cycloaddition was innovative and groundbreaking.
85. The cycloaddition of the compounds was carefully monitored.
86. They were excited to explore the potential of cycloaddition in their research.
87. The reaction yield from the cycloaddition was remarkably high.
88. The chemist explained how to optimize the cycloaddition for better results.
89. They aimed to cycloaddition various substrates for a comprehensive study.
90. The efficiency of the cycloaddition was improved with the new catalyst.
91. They conducted several experiments to understand the cycloaddition better.
92. The cycloaddition reaction was a focal point of their research.
93. The chemist was able to cycloaddition the reactants with precision.
94. The results of the cycloaddition were promising for future applications.
95. They were able to cycloaddition the substrates under mild conditions.
96. The team aimed to explore novel pathways for cycloaddition.
97. The cycloaddition was analyzed using various spectroscopic techniques.
98. They were thrilled to cycloaddition two complex molecules successfully.
99. The study provided new insights into the mechanisms of cycloaddition.
100. The cycloaddition reaction was optimized for better yield and purity.