100 Examples of sentences containing the common noun "pressurization"

Definition

Pressurization is the process of increasing the pressure of a gas or fluid within a confined space, often to maintain a specific operational environment, enhance performance, or ensure safety. It can refer to various contexts, including aviation (cabin pressurization), engineering, and industrial applications.

Synonyms

• Compression
• Elevation of pressure
• Pressure increase
• Boosting pressure

Antonyms

• Depressurization
• Vacuum
• Reduction of pressure

Examples

1. The engineers designed the system to ensure proper pressurization during the testing phase.
2. The aircraft's cabin maintained pressurization at high altitudes for passenger comfort.
3. Pressurization of the hydraulic system was essential for optimal performance.
4. The team monitored the pressurization levels closely to prevent any failures.
5. Effective pressurization can enhance the efficiency of the combustion process.
6. The scientists studied how pressurization affects the boiling point of liquids.
7. They conducted a test to measure the effects of pressurization on the material.
8. The pressurization of the pipeline was critical to prevent leaks.
9. Proper pressurization in the reactor is necessary for a safe operation.
10. The manual outlined procedures for maintaining proper pressurization.
11. The pressurization system failed, leading to an emergency landing.
12. Engineers often simulate pressurization scenarios to test equipment resilience.
13. The pressurization process is crucial in deep-sea diving applications.
14. They observed the effects of varying pressurization on chemical reactions.
15. The pressurization of the gas chamber was carefully controlled.
16. The team was trained in the protocols for pressurization adjustments.
17. Pressurization levels can impact the structural integrity of materials.
18. The pressurization system was upgraded to improve safety measures.
19. Operators must understand the significance of pressurization in their machinery.
20. The pressurization of the tires was checked before the trip.
21. Monitoring pressurization is essential in space missions.
22. The pressurization process can be automated for efficiency.
23. During the experiment, they manipulated the pressurization to observe outcomes.
24. Sudden changes in pressurization can lead to catastrophic failures.
25. The pressurization of the cabin was maintained throughout the flight.
26. They implemented a new protocol for pressurization testing.
27. Pressurization is vital in ensuring the safety of underwater habitats.
28. The technician adjusted the pressurization settings to optimize performance.
29. The pressurization equipment was calibrated for accuracy.
30. Poor pressurization management can lead to equipment malfunction.
31. They used sensors to monitor real-time pressurization levels.
32. The pressurization of the fuel system was critical for engine performance.
33. Safety drills focused on emergency pressurization scenarios.
34. They were trained to identify signs of inadequate pressurization.
35. The pressurization of the chamber was gradually increased during testing.
36. The team conducted experiments to study the effects of pressurization on freezing.
37. Regular maintenance is necessary to ensure proper pressurization.
38. The pressurization of the environment can influence biological processes.
39. They recorded the pressurization data for further analysis.
40. The pressurization system was integrated into the new design.
41. They learned about the history of pressurization technology.
42. The pressurization levels were stable throughout the experiment.
43. The manual outlined steps for safe pressurization.
44. The pressurization was monitored by a central control system.
45. The researchers investigated the impact of pressurization on gas solubility.
46. The pressurization process is essential in many manufacturing industries.
47. They performed calculations to ensure adequate pressurization.
48. The pressurization of the atmosphere varies with altitude.
49. The engineers discussed the implications of pressurization in their designs.
50. The pressurization failure resulted in a safety alert.
51. They conducted a thorough review of the pressurization protocols.
52. The pressurization settings were adjusted based on feedback.
53. The pressurization of the storage tank was within acceptable limits.
54. The team analyzed the data related to pressurization changes.
55. The pressurization of the vessel was critical for its operation.
56. They implemented strategies to improve pressurization efficiency.
57. The study focused on the effects of pressurization in various conditions.
58. They used advanced technology to monitor pressurization accurately.
59. The pressurization system is essential for maintaining optimal conditions.
60. The pressurization of the environment affects the outcome of experiments.
61. Safety regulations dictate the standards for pressurization.
62. The pressurization levels were adjusted to enhance performance.
63. They shared best practices for managing pressurization.
64. The pressurization process must be carefully monitored in real-time.
65. They developed a new model for predicting pressurization outcomes.
66. The pressurization of the air conditioning system was adjusted.
67. They evaluated the risks associated with incorrect pressurization.
68. The pressurization levels fluctuated during the test.
69. The engineers reviewed the pressurization data for anomalies.
70. Monitoring pressurization is crucial for preventing accidents.
71. The pressurization system was designed for maximum efficiency.
72. They implemented a new software for tracking pressurization changes.
73. The pressurization of the chamber was critical for the experiment's success.
74. They used simulations to predict pressurization behavior.
75. The pressurization system's failure led to an investigation.
76. They established protocols for emergency pressurization management.
77. The research focused on the relationship between temperature and pressurization.
78. They conducted routine checks on the pressurization equipment.
79. The pressurization of the system was automated for ease of use.
80. The effects of pressurization on materials were documented.
81. They followed strict guidelines for pressurization procedures.
82. The pressurization levels were crucial for the experiment's integrity.
83. They developed training programs focused on pressurization safety.
84. The pressurization of industrial systems is a complex process.
85. The team analyzed how pressurization influenced mechanical behavior.
86. They ensured that all pressurization equipment met safety standards.
87. The pressurization system was fault-tolerant and reliable.
88. They assessed the long-term effects of sustained pressurization.
89. The pressurization of the gas tank was monitored at all times.
90. They implemented changes to enhance the pressurization process.
91. The pressurization system's efficiency was tested under various conditions.
92. They documented all instances of pressurization anomalies.
93. The pressurization levels were restored after the maintenance.
94. They focused on minimizing pressurization fluctuations.
95. The pressurization of the chamber was crucial for the experiment's outcome.
96. They performed simulations to understand pressurization dynamics.
97. The pressurization system was redesigned for better performance.
98. They investigated the effects of rapid pressurization changes.
99. The pressurization of the laboratory environment was carefully controlled.
100. They developed contingency plans for potential pressurization failures.