Radiation example sentences

"Radiation" Example Sentences

1. The workers were exposed to high levels of radiation.
2. The patient underwent radiation therapy to treat the cancer.
3. The Geiger counter detected dangerous levels of radiation.
4. The lead shielding protected workers from gamma radiation.
5. The protective suit prevents exposure to radioactive particles and radiation.
6. The nuclear accident released large amounts of radiation into the atmosphere.
7. The area was contaminated with radiation following the nuclear meltdown.
8. The dosimeter monitored the levels of radiation the workers were exposed to.
9. The scientists study the effects of radiation on living cells.
10. Wearing a radiation badge monitors how much radiation a worker is exposed to.
11. Exposure to high levels of radiation can cause burns, illness and death.
12. The protective gear was designed to block alpha, beta and gamma radiation.
13. Ionizing radiation can damage DNA and cells in living tissue.
14. Radiation detectors alarmed workers of dangerous levels of exposure.
15. Proper shielding and safety procedures helped limit workers' exposure to radiation.
16. They studied areas of radioactivity and radiation on the site.
17. Safety protocols were followed closely to minimize radiation risks.
18. Ionizing radiation can mutate cells and cause cancer over time.
19. The emitting source of the radiation has been located and contained.
20. Radiation levels are elevated in the surrounding area.
21. The scientists measured radiation levels with their instruments.
22. Radiation exposure results in health risks like leukemia and birth defects.
23. Non-ionizing radiation does not contain enough energy to ionize atoms.
24. The technician calibrated the radiation sensors.
25. The radiation hazard was marked with warning signs.
26. The materials block ionizing radiation.
27. The radiation unit measures how much radiation energy is absorbed by tissue.
28. Radioactive decay releases radiation into the environment.
29. Areas of higher radiation are clearly marked.
30. Gamma rays and X-rays are examples of ionizing radiation.
31. The radiation safety officer monitors exposures and ensures compliance.
32. Ultraviolet radiation can cause sunburn and skin damage.
33. Radiation poisoning occurs when the body absorbs a lethal dose of radiation.
34. The team surveyed radiation levels across the affected region.
35. Careful monitoring of radiation exposure helps prevent overexposure.
36. Radiation sickness occurs after significant exposure to radiation.
37. Radiation protection procedures aim to keep exposures as low as reasonably achievable.
38. The hospital is equipped to treat patients suffering from radiation injury.
39. The radiation specialist analyzed samples taken from the contaminated area.
40. The readings show elevated levels of background radiation.
41. The detector alarms when radiation levels become dangerously high.
42. They developed shielding materials that effectively block harmful radiation.
43. The contaminated soil has markedly elevated radiation levels.
44. The radiation levels approached the threshold for evacuation.
45. The AI assistant scans radiation data to identify dangerous hotspots.
46. Scientists study radiation to understand its effects and develop protections against it.
47. The radiation expert ensured all safety precautions were followed properly.
48. The contaminated water had elevated levels of radioactive particles and radiation.
49. The area remains under radiation advisory following the nuclear incident.
50. Long-term exposure to low levels of radiation still poses health risks.
51. The authorities are closely monitoring radiation levels in the area.
52. The expert explained the different types of radiation and their effects on the body.
53. The radiation suit protects against exposure to radioactive materials.
54. Nuclear reactors produce radiation as a byproduct of the fission process.
55. Exposure to medical radiation requires careful risk assessment and monitoring.
56. The radioactive material emits alpha, beta and gamma radiation.
57. Studies show links between radiation exposure and certain health conditions.
58. Protocols must be followed strictly to minimize exposure to ionizing radiation.
59. Scientists are working on ways to contain radiation leaks from damaged reactors.
60. The isotope undergoes radioactive decay, emitting radiation in the process.

Common Phrases

1. The radiation from the sun damaged his skin.
2. They monitored radiation levels after the nuclear accident.
3. The doctors treated her cancer with radiation therapy.
4. Exposure to radiation can cause serious health risks.
5. The cleanup crew wore protective gear to limit radiation exposure.
6. Researchers are studying the long-term health effects of radiation.
7. The radiation emitted by cell phones has been a source of debate.
8. The building had to be evacuated due to radiation leakage.
9. Radiation poisoning can cause severe illness and death.
10. Scientists surveyed radiation levels in the area after the meltdown.
11. The lead shielding protects workers from ionizing radiation.
12. Exposure to high levels of radiation can lead to genetic mutations.
13. Gamma radiation is one of the most penetrating types of radiation.
14. They wore dosimeters to monitor their cumulative radiation exposure.
15. Microwaves and radio waves are examples of non-ionizing radiation.
16. The conference covered the latest research on the health risks of radiation.
17. The instruments detected alarming levels of radioactive contamination and radiation.
18. Her thyroid cancer was likely caused by radiation exposure as a child.
19. NASA designed special suits to protect astronauts from solar radiation.
20. X-rays are a form of electromagnetic radiation with short wavelengths.
21. The radiation contaminated many areas surrounding the nuclear plant.
22. Workers in nuclear plants are required to undergo radiation monitoring.
23. The scientists tested for radioactivity and dangerously high radiation levels.
24. The radiation safety officer enforced radiation exposure limits for employees.
25. Radioactive decay is the source of most radiation encountered in daily life.
26. Infrared radiation generates heat as it interacts with objects.
27. The radiation warning signs indicated high levels of radioactivity ahead.
28. The protective vest shields patients from scattered x-ray radiation.
29. Radon is a colorless, odorless gas produced from radiation in soil and rocks.
30. Electromagnetic radiation transfers energy through waves of electric and magnetic fields.
31. Scientists are studying the effects of low-level radiation exposure.
32. Nuclear workers must adhere to strict limits for radiation exposure.
33. Medical professionals must limit their occupational radiation exposure to safe levels.
34. Alpha particles pose little external threat but are dangerous if inhaled or ingested.
35. His research focuses on radiation safety and the health effects of radiation exposure.
36. Increased radiation levels have been detected across the region after the accident.
37. Workers must follow strict procedures to minimize radiation exposure.
38. Ionizing radiation can damage cells by breaking molecular bonds.
39. The readings from the dosimeters showed hazardous levels of radiation.
40. Space radiation poses a serious health risk for astronauts during long missions.
41. Nuclear waste products continue to emit radiation long after reactors are decommissioned.
42. Ultraviolet radiation from the sun can cause sunburn and eye damage if exposed for too long.
43. The scientists were called in to test houses for dangerous levels of radiation.
44. Regulations limit the annual radiation dose workers are allowed to receive.
45. Radioactive materials eventually decay into more stable elements while emitting radiation.
46. The radiation detectors were triggered, indicating a leak of radioactive materials.
47. The air in the building still has residual radiation a decade after the accident.
48. Radiation exposure increases risk for a variety of cancers and genetic disorders.
49. The strength of a radioactive source is measured in units of absorbed radiation dose.
50. Radiation barriers surround the nuclear reactor to contain radiation leaks.
51. Researchers are studying ways to protect against high-energy particle radiation in space.
52. The residents were evacuated due to contamination from nuclear radiation.
53. Beta particles are high-energy, high-speed electrons emitted by certain radioactive elements.
54. Radiation safety training covers proper handling of radioactive sources and personal protection.
55. The environmental impact of radiation leakage from the reactor is still being determined.
56. They provided immediate medical care for workers exposed to dangerous radiation levels.
57. Radioactivity and radiation levels were restored to safe limits after months of cleanup work.
58. Nuclear medicine procedures use controlled radiation to diagnose and treat certain diseases.
59. The scientists made meticulous measurements of background radiation levels in the environment.
60. Radiation overload can lead to radiation sickness, burns, and even death at extremely high levels.