100 Examples of sentences containing the common noun "reactor"

Definition

A reactor is a noun that refers to:

1. A device or vessel in which nuclear reactions occur, typically used for generating energy or producing isotopes.
2. A chemical reactor, which is an apparatus used to facilitate chemical reactions, often under controlled conditions.
3. In a more general sense, it can also refer to an entity or system that responds to external stimuli or changes.

Synonyms

• Nuclear reactor
• Chemical reactor
• Engine
• Generator
• Converter

Antonyms

• Inhibitor
• Suppressor
• Stabilizer

Examples

1. The reactor was shut down for maintenance.
2. Scientists are studying the safety protocols of the reactor.
3. The chemical reactor is designed to handle high pressures.
4. The nuclear reactor produced a significant amount of energy.
5. Engineers must monitor the reactor closely to prevent accidents.
6. The reactor emits less radiation than older models.
7. A meltdown in the reactor could have catastrophic consequences.
8. The experimental reactor yielded promising results.
9. The waste from the reactor must be handled carefully.
10. They are building a new reactor to replace the outdated one.
11. The reactor core is where the nuclear reactions take place.
12. Safety measures around the reactor have been increased.
13. The design of the reactor allows for more efficient energy production.
14. The reactor was built to withstand natural disasters.
15. Researchers are developing a smaller, modular reactor.
16. The reactor operates at a high temperature and pressure.
17. The process inside the reactor can be controlled remotely.
18. An explosion at the reactor sent shockwaves through the community.
19. The reactor's output fluctuated during the test.
20. A malfunction in the reactor triggered an emergency response.
21. The new reactor design incorporates advanced safety features.
22. Operators must regularly inspect the reactor for leaks.
23. The reactor can produce both heat and electricity.
24. They are conducting experiments in the laboratory reactor.
25. The aging reactor required extensive upgrades.
26. The reactor was initially designed for research purposes.
27. The team analyzed the data from the reactor tests.
28. The reactor reached critical mass during the experiment.
29. The company is investing in next-generation reactors.
30. The reactor has a containment structure to prevent leaks.
31. The research reactor is open to academic institutions.
32. The reactor was decommissioned due to safety concerns.
33. The reactor generates steam to drive turbines.
34. The reactor design was inspired by natural processes.
35. The reactor must maintain a balanced environment for reactions.
36. Emergency drills are conducted regularly near the reactor.
37. The new reactor technology promises to reduce waste.
38. The environmental impact of the reactor is closely monitored.
39. The reactor requires a skilled workforce to operate.
40. The reactor facility is heavily regulated by the government.
41. The team of scientists gathered data from the reactor.
42. The reactor was praised for its efficiency.
43. The reactor is a crucial part of the power generation system.
44. The reactor can be used for both civilian and military purposes.
45. The reactor design process involves rigorous testing.
46. The reactor operated smoothly after the upgrades.
47. A cooling system is vital for the reactor's operation.
48. The reactor experienced a minor technical glitch.
49. The government allocated funds for a new research reactor.
50. The reactor is located in a remote area for safety reasons.
51. The reactor was originally built in the 1970s.
52. The reactor is equipped with multiple safety features.
53. The team was excited to see the reactor in action.
54. The reactor was designed to minimize environmental impact.
55. The reactor site was chosen for its geological stability.
56. Engineers conducted simulations to test the reactor's limits.
57. The reactor was a significant technological advancement.
58. The reactor's performance exceeded expectations.
59. The reactor was built with state-of-the-art materials.
60. The reactor can be monitored from a control room.
61. The reactor provided energy for thousands of homes.
62. The reactor was a key player in the energy transition.
63. The reactor's output can be adjusted as needed.
64. The reactor is often compared to other energy sources.
65. The research team is focused on improving the reactor's efficiency.
66. The reactor faced criticism from environmental groups.
67. The reactor has been operational for over a decade.
68. The reactor's design was influenced by international standards.
69. The reactor was built with public safety in mind.
70. The reactor experienced a minor leak that was quickly contained.
71. The reactor is crucial for meeting energy demands.
72. The reactor is part of a larger energy infrastructure.
73. The reactor has a dedicated team for emergency response.
74. The reactor is designed to be resilient against disasters.
75. The reactor's shutdown procedure is well-documented.
76. The reactor generated more power than anticipated.
77. The reactor was subject to extensive testing before approval.
78. The reactor utilizes advanced cooling technology.
79. The reactor is often featured in energy policy discussions.
80. The reactor has a long operational lifespan.
81. The reactor is a focal point for scientific research.
82. The reactor had to comply with new regulations.
83. The reactor is seen as a model for future designs.
84. The reactor's operator was highly trained.
85. The reactor was inspected by international experts.
86. The reactor produced isotopes for medical use.
87. The reactor was built to withstand earthquakes.
88. The reactor is part of a larger renewable energy initiative.
89. The reactor's efficiency has improved over time.
90. The reactor is a subject of ongoing research.
91. The reactor was a significant investment for the company.
92. The reactor's technology is evolving rapidly.
93. The reactor has a dual purpose: energy and research.
94. The reactor was celebrated for its innovative design.
95. The reactor has a strict maintenance schedule.
96. The reactor was monitored continuously during operation.
97. The reactor's safety record is impressive.
98. The reactor is expected to lead to breakthroughs in energy production.
99. The reactor is pivotal in addressing climate change challenges.
100. The reactor has become a symbol of modern energy solutions.