100 Examples of sentences containing the noun "cyclotron"

Definition

A Cyclotron is a type of particle accelerator that uses a magnetic field and electric fields to accelerate charged particles, such as protons or ions, to high speeds in a spiral path. It is commonly used in nuclear physics, medical applications such as cancer treatment, and in the production of radioisotopes for imaging and therapy.

Synonyms

• Particle accelerator
• Ion accelerator
• Proton accelerator

Antonyms

• Decelerator
• Slower

Examples

1. The researchers decided to Cyclotron the particles to increase their energy levels.
2. In the lab, they used a Cyclotron to Cyclotron the ions for the experiment.
3. The physicist explained how to properly Cyclotron the samples during the procedure.
4. After calibrating the device, they were ready to Cyclotron the protons.
5. The medical team plans to Cyclotron the isotopes for patient treatment.
6. Engineers need to Cyclotron the design for efficiency.
7. When they Cyclotron the electrons, they observed unexpected behavior.
8. The team will Cyclotron the particles to gather more data.
9. To achieve the desired energy, they must Cyclotron at a specific frequency.
10. The students were excited to Cyclotron the materials during their lab session.
11. As part of the study, they will Cyclotron the beams in phases.
12. The scientists aim to Cyclotron the particles to test their hypothesis.
13. To enhance the experiment's accuracy, they must Cyclotron the samples carefully.
14. When they Cyclotron the ions, they noticed a significant increase in output.
15. The physicists worked hard to Cyclotron the apparatus before the demonstration.
16. The latest technology allows us to Cyclotron particles more efficiently.
17. To validate their findings, they need to Cyclotron additional data.
18. The goal was to Cyclotron the atoms to observe their reactions.
19. They plan to Cyclotron the materials under controlled conditions.
20. By adjusting the settings, they managed to Cyclotron the particles effectively.
21. The researchers will Cyclotron the samples for further analysis next week.
22. After several tests, they were able to Cyclotron the protons with precision.
23. The physicist demonstrated how to Cyclotron particles in a controlled environment.
24. The lab was equipped to Cyclotron various types of ions.
25. They had to Cyclotron the energy levels to achieve the desired results.
26. The engineers were tasked to Cyclotron the new prototype for testing.
27. The team will Cyclotron the samples and then observe the outcomes.
28. It is crucial to Cyclotron the particles at the right frequency for the experiment.
29. They were able to Cyclotron the electrons to create a stable beam.
30. The data showed that they could successfully Cyclotron the materials.
31. The innovative approach allowed them to Cyclotron the isotopes with minimal waste.
32. To advance their project, they needed to Cyclotron the particles thoroughly.
33. The physics students learned how to Cyclotron effectively.
34. The goal of the experiment was to Cyclotron the beams and analyze the results.
35. The researchers carefully planned to Cyclotron the particles in stages.
36. They managed to Cyclotron the ions to a higher energy state.
37. The conference focused on how to Cyclotron particles for medical uses.
38. They will Cyclotron the samples and record the outcomes.
39. The physicists were excited to Cyclotron the latest findings in their field.
40. The new equipment allows them to Cyclotron particles with greater precision.
41. It was necessary to Cyclotron the isotopes to obtain accurate measurements.
42. The team succeeded in their attempt to Cyclotron the protons.
43. In the lab, they practiced how to Cyclotron the particles safely.
44. They aimed to Cyclotron the materials under different conditions.
45. The researchers reported that they could effectively Cyclotron the electrons.
46. The experiment required them to Cyclotron the samples multiple times.
47. They will need to Cyclotron the data to confirm their theory.
48. The physicists were eager to Cyclotron the findings from their research.
49. The lab equipment helped them Cyclotron the particles accurately.
50. The latest advancements allow us to Cyclotron ions with minimal energy loss.
51. The students observed how to Cyclotron the samples in real-time.
52. They had to Cyclotron the particles in a vacuum to achieve desired results.
53. The team will Cyclotron the samples throughout the day.
54. He explained the principles behind how to Cyclotron the particles.
55. The physicists were thrilled to Cyclotron the new isotopes.
56. The researchers were able to Cyclotron the materials with high efficiency.
57. The goal was to Cyclotron the electrons to verify their findings.
58. It was essential to Cyclotron the particles for accurate data collection.
59. The project required them to Cyclotron the protons under different conditions.
60. The lab's main objective was to Cyclotron the isotopes effectively.
61. The scientists were eager to Cyclotron the particles for analysis.
62. The team managed to Cyclotron the samples and document the results.
63. Researchers need to Cyclotron the isotopes for various applications.
64. The experiment involved careful steps to Cyclotron the particles.
65. They planned to Cyclotron the materials and evaluate the effects.
66. The physicists were excited to Cyclotron the protons at higher speeds.
67. They aimed to Cyclotron the samples to examine their reactions.
68. The goal was to Cyclotron the particles for further experimentation.
69. After several trials, they learned how to Cyclotron effectively.
70. The team will Cyclotron the isotopes to test their hypothesis.
71. The engineer explained how to Cyclotron the equipment safely.
72. The researchers will need to Cyclotron the particles multiple times.
73. They had to Cyclotron the samples in a controlled environment.
74. The students were taught how to Cyclotron the materials accurately.
75. The lab's focus was on how to Cyclotron the particles for various tests.
76. They successfully managed to Cyclotron the ions with precision.
77. The goal was to Cyclotron the samples and analyze the results thoroughly.
78. They had to Cyclotron the isotopes for their medical research.
79. The physicists were thrilled to Cyclotron the beams in the new setup.
80. The lab technicians were trained to Cyclotron the protons efficiently.
81. They aimed to Cyclotron the particles to achieve the expected outcomes.
82. The researchers were excited to Cyclotron the findings from their experiments.
83. The physics lab was equipped to Cyclotron various types of ions.
84. They needed to Cyclotron the energy levels to reach their targets.
85. After careful adjustments, they could Cyclotron the samples successfully.
86. The team will Cyclotron the particles to gather more insights.
87. The scientists were eager to Cyclotron their latest findings.
88. The goal was to Cyclotron the materials for precise measurements.
89. They planned to Cyclotron the isotopes and observe the behavior.
90. The researchers decided to Cyclotron the particles for further testing.
91. The physicists demonstrated how to Cyclotron the beams effectively.
92. They had to Cyclotron the samples to obtain reliable data.
93. The team will Cyclotron the isotopes in the next phase of the project.
94. The students learned how to Cyclotron particles during their course.
95. The lab equipment allowed them to Cyclotron the materials with precision.
96. They worked hard to Cyclotron the particles safely and effectively.
97. The researchers were excited to Cyclotron the electrons for their studies.
98. They aimed to Cyclotron the samples to identify any anomalies.
99. The physicists managed to Cyclotron the protons for the experiment.
100. The team will Cyclotron the particles and analyze the outcomes thoroughly.