100 Examples of sentences containing the common noun "neutron"

Definition

A neutron is a subatomic particle found in the nucleus of an atom. It has no electric charge and is approximately the same mass as a proton. Neutrons play a crucial role in the stability of atomic nuclei and are one of the primary components of matter.

Synonyms

• Subatomic particle
• Atomic particle

Antonyms

• Proton (in terms of charge, as neutrons are neutral)

Examples

1. Scientists neutron the atom's nucleus to study its structure.
2. They neutron the interactions between protons and neutrons during the experiment.
3. Physicists neutron the behavior of particles in a collider.
4. Researchers neutron the implications of neutron stars on gravitational theory.
5. The team neutron the decay rates of various isotopes.
6. They neutron the effects of temperature on neutron behavior.
7. The experiments neutron the stability of heavy elements.
8. In labs, they often neutron the reactions that occur under extreme conditions.
9. The physicist neutron the neutron emission in fission reactions.
10. Scientists neutron the scattering of neutrons to analyze material structures.
11. The researchers neutron the energy levels of neutrons in various states.
12. They neutron the correlation between neutron counts and radiation levels.
13. The study aimed to neutron the interactions in nuclear fusion.
14. The team neutron the role of neutrons in chemical bonding.
15. They neutron the neutron absorption cross-section of materials.
16. The experiments neutron how neutrons influence atomic stability.
17. The physicists neutron the neutron-generating processes in reactors.
18. They neutron the spin states of neutrons in magnetic fields.
19. The researchers neutron the cosmic rays that produce neutrons.
20. They neutron the characteristics of neutron radiation.
21. The study will neutron the effects of neutron flux on biological samples.
22. The team neutron the correlation between neutron capture and energy release.
23. Scientists neutron the formation of neutron-rich isotopes.
24. The experiment aimed to neutron the neutron star's density.
25. They neutron the distribution of neutrons in various materials.
26. The physicists neutron the neutron interactions in different environments.
27. Researchers neutron the role of neutrons in stellar nucleosynthesis.
28. They neutron the neutron cross-section measurements in various experiments.
29. The study neutron the effects of neutron bombardment on nuclear reactions.
30. The team neutron the neutron scattering techniques to explore material properties.
31. They neutron the neutron activation analysis for trace element detection.
32. Researchers neutron the role of neutrons in nuclear medicine applications.
33. They neutron the neutron generation methods in particle accelerators.
34. The experiment will neutron the interactions between neutrons and electrons.
35. The scientists neutron the neutron wave functions in quantum mechanics.
36. They neutron the thermal neutron behavior in different substances.
37. The team neutron the neutron shielding properties of various materials.
38. Researchers neutron the neutron-induced fission processes.
39. They neutron the relationship between neutron density and pressure.
40. The study aims to neutron the neutron diffusion in nuclear reactors.
41. The scientists neutron the impact of neutron radiation on living organisms.
42. They neutron the neutron emission spectra in decay processes.
43. The experiment will neutron the coherence of neutron beams.
44. Researchers neutron the neutron interactions in plasma physics.
45. They neutron the effects of neutron bombardment on semiconductor materials.
46. The team neutron the neutron production rates in fusion reactions.
47. Scientists neutron the neutron scattering lengths of different nuclei.
48. They neutron the neutron decay processes in isotopes.
49. The study will neutron the neutron interactions in condensed matter physics.
50. The researchers neutron the neutron transport equations.
51. They neutron the neutron-induced reactions in astrophysical processes.
52. The team neutron the neutron emission in nuclear decay chains.
53. Scientists neutron the neutron activation of isotopes for analysis.
54. They neutron the neutron resonance phenomena in nuclear reactions.
55. The study aimed to neutron the neutron capture rates in various elements.
56. The researchers neutron the neutron scattering experiments for material characterization.
57. They neutron the neutron distribution in different phases of matter.
58. The team neutron the neutron behavior at ultra-low temperatures.
59. Scientists neutron the neutron interactions in magnetic materials.
60. They neutron the neutron-induced effects on polymer materials.
61. The experiment will neutron the neutron flux measurements in reactors.
62. Researchers neutron the role of neutrons in cosmic ray interactions.
63. They neutron the neutron scattering methods for bio-material studies.
64. The team neutron the neutron energy spectrum in nuclear reactions.
65. Scientists neutron the neutron interactions with photons.
66. They neutron the neutron production mechanisms in high-energy physics.
67. The study aims to neutron the neutron transport phenomena in materials.
68. The researchers neutron the neutron absorption characteristics of compounds.
69. They neutron the neutron scattering applications in materials science.
70. The team neutron the neutron production in supernovae.
71. Scientists neutron the neutron behavior in different gravitational fields.
72. They neutron the neutron-induced radioactivity in various substances.
73. The experiment will neutron the neutron interactions in heavy ion collisions.
74. Researchers neutron the neutron detection techniques in various fields.
75. They neutron the neutron scattering techniques for studying biomolecules.
76. The team neutron the neutron production in laboratory experiments.
77. Scientists neutron the neutron wave properties in quantum mechanics.
78. They neutron the neutron interactions in nuclear fusion processes.
79. The study aimed to neutron the neutron behavior in extreme environments.
80. The researchers neutron the neutron-induced fission in heavy nuclei.
81. They neutron the neutron scattering data for analysis.
82. The team neutron the neutron energy distribution in reactions.
83. Scientists neutron the neutron interactions in astrophysical phenomena.
84. They neutron the neutron generation in particle collisions.
85. The experiment will neutron the neutron absorption in various materials.
86. Researchers neutron the neutron scattering lengths for nuclear data.
87. They neutron the neutron transport methods in nuclear engineering.
88. The team neutron the neutron interactions in nanomaterials.
89. Scientists neutron the neutron production rates in astrophysics.
90. They neutron the neutron decay mechanisms in nuclear physics.
91. The study will neutron the neutron interactions in plasma environments.
92. Researchers neutron the neutron scattering applications in geology.
93. They neutron the neutron behavior in different energy states.
94. The team neutron the neutron transport equations in reactor physics.
95. Scientists neutron the neutron-induced reactions in nuclear laboratories.
96. They neutron the neutron energy spectra in various experiments.
97. The experiment aims to neutron the neutron interactions in high-energy collisions.
98. Researchers neutron the neutron detection methods in medical applications.
99. They neutron the neutron absorption processes in chemical reactions.
100. The team neutron the neutron behavior in different material states.