Fission example sentences

"Fission" Example Sentences

1. Nuclear fission produces energy and radioactive byproducts.
2. The splitting of the atom via nuclear fission release a huge amount of energy.
3. Scientists achieved the first self-sustaining nuclear fission chain reaction in 1942.
4. Some bacteria reproduce through binary fission.
5. Mitosis is a form of cell division through nuclear division without fission.
6. Nuclear power plants use controlled nuclear fission reactions to produce electricity.
7. Nuclear fission was discovered in the late 1930s.
8. Uranium-235 undergoes nuclear fission when struck by a neutron.
9. A fission bomb relies on a nuclear fission chain reaction.
10. Fusion power aims to harness the energy from nuclear fusion, not fission.
11. The nucleus split during nuclear fission.
12. Nuclear fission was instrumental in developing the atomic bomb.
13. The Soviet Union detonated the first hydrogen fusion bomb in 1953.
14. Scientists are studying nuclear fission as a source of carbon-free energy.
15. Nuclear fission reactors require enriched uranium as fuel.
16. Neutrons initiate the nuclear fission process.
17. Fission products form during nuclear fission and include radioactive isotopes.
18. Control rods are used to regulate the rate of nuclear fission in reactors.
19. Some radioactive fission products have half-lives of thousands of years.
20. Fission technology has helped advance medical procedures and research.
21. The energy released from nuclear fission comes from breaking atomic bonds.
22. Fissionable isotopes like uranium-235 are key to sustaining a fission reaction.
23. Nuclear reactors control nuclear fission in a chain reaction.
24. Crystals frequently cleave along planes of weaker atomic bonds through a process called fission.
25. Critical mass is required to initiate a self-sustaining nuclear fission chain reaction.
26. Nuclear fission produces waste heat that must be removed from reactors.
27. Fuel assemblies provide the fissile material for nuclear fission.
28. Nuclear fission damages surrounding tissue through radiation exposure.
29. Fissionable materials can undergo spontaneous fission on their own.
30. The graphite moderator helped slow neutrons to initiate nuclear fission.
31. The phenomenon of nuclear fission transformed the world.
32. The fission of uranium atoms releases neutrons that induce further fission.
33. The nuclear fission process releases vast amounts of energy relative to chemical reactions.
34. Thermal neutrons are most effective at inducing nuclear fission.
35. Fissionable materials must be carefully handled due to their inherent risks.
36. The process of nuclear fission generates heat that must be dissipated.
37. Nuclear fission produces radioactive waste that remains dangerous for thousands of years.
38. Control mechanisms regulate the fission rate in nuclear reactors.
39. Fission yields vary based on the fissile isotope undergoing fission.
40. Most nuclear fission reactors require periodic refueling.
41. The splitting of the nucleus is the key event in nuclear fission.
42. The instability of atoms undergoing nuclear fission leads to massive energy release.
43. Fission produces particles that can further induce fission in a chain reaction.
44. Fusion produces much less radioactive waste compared to fission.
45. The fission process converts mass into energy according to Einstein's equation.
46. Some minerals exhibit natural fission that results in radiation exposure.
47. Molecular bonds must break for nuclear fission to occur.
48. Nuclear physics equations model the nuclear fission process.
49. Nuclear fission powered the Manhattan Project.
50. Nuclear latency hinders uncontrolled nuclear fission.
51. Fission reactors provide steady baseload power.
52. Isotopes that undergo fission fragment into lighter elements.
53. The splitting of nuclei is accompanied by emission of radiation during nuclear fission.
54. Fission triggers chain reactions that produce energy.
55. Fissionable materials undergo decay and transmutation over time.
56. Nuclear fission relies on an exponential growth of fission events.
57. Fission reactors shed neutrons that must be moderated .
58. Nuclear fission followed radioactive decay as a source of nuclear energy.
59. Fission is used to generate medical isotopes.
60. Fusion aims to harness the energy released during nuclear fission.

Common Phases

1. Fissionable material
2. Nuclear fission reaction
3. Fission products
4. Fission reactor
5. Fission bomb
6. Fission yield
7. Nuclear fission chain reaction
8. Initiate fission
9. Self-sustaining fission reaction
10. Binary fission