100 Examples of sentences containing the noun "catalysis"

Definition

Catalysis refers to the process by which the rate of a chemical reaction is increased by the presence of a substance known as a catalyst. A catalyst is not consumed in the reaction and can be used repeatedly. Catalysis is a fundamental concept in chemistry, particularly in industrial processes, where it enhances efficiency and reduces energy consumption.

Synonyms

• Acceleration
• Promotion
• Facilitation
• Enhancement
• Activation

Antonyms

• Inhibition
• Retardation
• Delay
• Obstruction
• Impediment

Examples

1. The scientist used a new compound to catalysis the reaction.
2. Researchers are studying how temperature can impact catalysis.
3. The enzyme serves as a natural catalysis agent in biological systems.
4. Industrial processes often rely on catalysis for efficiency.
5. The experiment demonstrated the importance of catalysis in organic chemistry.
6. A better understanding of catalysis can lead to greener technologies.
7. The formation of a complex is crucial for effective catalysis.
8. The researchers published their findings on catalysis in a leading journal.
9. They are investigating the mechanisms behind catalysis at the molecular level.
10. The discovery of new catalysts can significantly improve catalysis outcomes.
11. His work on catalysis has implications for renewable energy.
12. The team focused on improving the catalysis process to reduce waste.
13. The role of catalysis in pharmaceuticals cannot be overstated.
14. They observed that catalysis occurs faster under specific conditions.
15. The chemistry of catalysis is complex and requires detailed study.
16. Understanding catalysis is essential for developing new materials.
17. The lecture covered various types of catalysis in chemical reactions.
18. Efficient catalysis can lower production costs in manufacturing.
19. The industrial application of catalysis is widespread.
20. His research was pivotal in advancing our knowledge of catalysis.
21. The reaction rate increased due to the effective catalysis.
22. Inhibitors can disrupt the process of catalysis significantly.
23. They are exploring the potential of catalysis in environmental chemistry.
24. The process of catalysis has revolutionized synthetic organic chemistry.
25. Parameters affecting catalysis were thoroughly analyzed.
26. The efficiency of catalysis can be enhanced by temperature control.
27. The catalysis of this reaction is vital for producing the desired product.
28. Different catalysts exhibit varying degrees of catalysis.
29. The mechanism of catalysis can be quite intricate.
30. The importance of catalysis in energy production is widely recognized.
31. Catalysis is essential for various biochemical processes.
32. New technologies are emerging to improve catalysis in chemical industries.
33. His findings on catalysis were groundbreaking.
34. They implemented changes to optimize catalysis in the lab.
35. The effectiveness of catalysis depends on the catalyst used.
36. The team is studying the kinetics of catalysis.
37. The relationship between temperature and catalysis is well-documented.
38. The application of catalysis in the food industry is gaining traction.
39. The efficiency of enzymatic catalysis is unmatched.
40. They are developing catalysts to enhance catalysis in fuel cells.
41. The principles of catalysis are applicable across various fields of science.
42. The role of catalysis in metabolic pathways is crucial.
43. The study of catalysis can lead to innovative solutions for industry.
44. Researchers are focused on sustainable catalysis methods.
45. The impact of catalysis on reaction dynamics is significant.
46. Advances in catalysis have led to cleaner industrial processes.
47. The nature of catalysis can vary depending on the reaction type.
48. The effectiveness of catalysis can be measured through reaction rates.
49. They are investigating the potential of catalysis in waste management.
50. The kinetics of catalysis are influenced by several factors.
51. The study of catalysis is critical for developing new drugs.
52. The efficiency of catalysis can be optimized through research.
53. The process of catalysis is essential in petroleum refining.
54. The principles behind catalysis are fundamental to chemical engineering.
55. They plan to publish their results on catalysis next month.
56. The findings on catalysis have practical applications in industry.
57. The understanding of catalysis has evolved over decades.
58. The efficiency of catalysis can have economic implications.
59. They are exploring new materials for improved catalysis.
60. The dynamics of catalysis can be modeled mathematically.
61. The concept of catalysis is integral to chemical research.
62. The presence of a catalyst can drastically enhance catalysis.
63. The focus of the seminar was on the latest trends in catalysis.
64. The implications of their research on catalysis are far-reaching.
65. Catalysis is a key aspect of many scientific disciplines.
66. The study of catalysis can unlock new pathways for synthesis.
67. The efficiency of catalysis can be quantified through experiments.
68. The role of catalysis in reducing energy consumption is critical.
69. They presented their findings on catalysis at the conference.
70. The advancements in catalysis technology are impressive.
71. The relationship between catalysts and catalysis is complex.
72. The efficiency of catalysis can be impacted by pH levels.
73. The process of catalysis is widely studied in academia.
74. The results of the study on catalysis were promising.
75. The impact of catalysis on environmental sustainability is significant.
76. They are seeking to simplify the catalysis process.
77. The theory of catalysis is based on observed phenomena.
78. The dynamics of catalysis in industrial settings are crucial.
79. The principles of catalysis are applied in many scientific fields.
80. The role of catalysis in renewable energy is gaining importance.
81. The focus on catalysis can lead to significant breakthroughs.
82. The effectiveness of catalysis varies with the type of catalyst used.
83. The mechanism of catalysis can be influenced by various factors.
84. They are committed to researching innovative catalysis techniques.
85. The future of catalysis lies in sustainable practices.
86. The study of catalysis is essential for chemical innovation.
87. The efficiency of catalysis can enhance product yield.
88. The understanding of catalysis is crucial for industrial applications.
89. The team is exploring the limits of catalysis in their research.
90. The principles of catalysis are under continuous investigation.
91. The impact of catalysis on reaction pathways is profound.
92. They are conducting experiments to analyze catalysis mechanisms.
93. The development of new catalysts can improve catalysis significantly.
94. The efficiency of catalysis is a key factor in chemical production.
95. Their research focused on optimizing catalysis conditions.
96. The field of catalysis continues to evolve with new discoveries.
97. The potential for catalysis in green chemistry is vast.
98. The intricacies of catalysis require careful examination.
99. They are documenting their findings on catalysis for future reference.
100. The implications of their studies on catalysis are extensive.