"Radioactivity" Example Sentences
1. The radioactivity level in the nuclear reactor is strictly monitored.
2. Radioactivity can be harmful to human health when exposed to high levels.
3. The decay of radioactive isotopes leads to the emission of radioactivity.
4. The Fukushima disaster caused a significant increase in radioactivity levels in the surrounding area.
5. The laboratory requires strict safety protocols when handling radioactive materials due to radioactivity.
6. The Chernobyl accident resulted in a catastrophic release of radioactivity in the environment.
7. Before disposing of radioactive waste, the radioactivity level must be accurately measured.
8. Radioactivity is used in medical imaging techniques such as PET scans.
9. The study of radioactivity provides valuable insights into the nature of matter and energy.
10. Uranium mining is associated with the release of radioactive materials and increased radioactivity in the environment.
11. Radioactivity in food products can pose a health risk to consumers.
12. The half-life of radioactive isotopes determines the duration of their radioactivity.
13. The exposure to radioactivity is measured in units of Sieverts.
14. Protective clothing and equipment are necessary when working with materials that exhibit radioactivity.
15. The increase in solar activity can lead to an increase in radioactivity on Earth.
16. The radon gas produced from the decay of radium is a significant source of radioactivity in the environment.
17. Radioactivity can have a long-lasting impact on the ecosystem and human health.
18. The discovery of radioactivity revolutionized our understanding of atomic physics.
19. The use of uranium in nuclear power plants generates high levels of radioactivity.
20. The International Atomic Energy Agency provides guidelines for the handling and disposal of radioactive materials and management of radioactivity risks.
21. The radioactivity present in the body of a deceased person can help establish their time of death.
22. The accumulation of radioactive materials in the body can lead to chronic exposure to radioactivity.
23. The exposure to radioactivity in the workplace must be monitored to comply with safety regulations.
24. The decay of radioactive elements in rocks can be used to determine the age of geological formations.
25. The increased radioactivity levels in the atmosphere can result from nuclear weapons testing.
26. The nuclear energy industry faces significant challenges in managing radioactive waste and minimizing radioactivity risks.
27. The PPE worn by nuclear plant workers protects them from the harmful effects of radioactivity exposure.
28. The health effects of radioactivity can vary based on dose, duration of exposure, and other factors.
29. The radioactive dating of fossils relies on the measurement of the decay of radioactive isotopes.
30. The detection of radioactivity in smoke detectors is based on the ionization of gases by gamma rays.
Common Phases
1.
Radioactivity is the spontaneous emission of particles or radiation from unstable atomic nuclei;
2. Some common types of radioactive particles include alpha, beta, and gamma radiation;
3. Radioactive decay occurs when an unstable nucleus emits particles and energy to become more stable;
4. The half-life of a radioactive substance is the time it takes for half of the original sample to decay;
5.
Radioactivity has important applications in medicine, energy production, and environmental monitoring.