Sievert example sentences

"Sievert" Example Sentences

1. The radiation dose measured in sieverts is a useful tool for assessing the potential harm from exposure.
2. After the nuclear accident, the radiation levels were measured in sieverts per hour.
3. One sievert of exposure can cause radiation sickness, including nausea and vomiting.
4. The safe limit for human exposure to radiation is typically set at 1 millisievert per year.
5. The sievert is a unit of measurement used in radiation physics.
6. The radiation levels at the Chernobyl disaster were so high that they exceeded the maximum measurable dosage in sieverts.
7. The maximum allowable exposure for an astronaut on a space mission is typically set at 1 sievert.
8. The high level of radiation in the Fukushima exclusion zone means that workers must carry dosimeters to measure their exposure in sieverts.
9. The amount of radiation exposure in a dental X-ray is typically measured in microsieverts.
10. Exposure to radiation of 100 sieverts or more is generally considered fatal.
11. The sievert takes into account the type of radiation and the specific tissue it affects.
12. The calculation of radiation dosage in sieverts can be complex, depending on the type of exposure.
13. The levels of radiation in the immediate vicinity of a nuclear explosion can be measured in kilosieverts.
14. Physicians use the sievert as a measurement of relative biological effectiveness (RBE) of different types of radiation.
15. Ultraviolet radiation from the sun can cause skin damage, but the associated dose is typically measured in milli- or microsieverts.
16. When evaluating the risk of radiation exposure, scientists often use the concept of effective dose, expressed in sieverts.
17. Radiation levels at a nuclear power plant accident are typically measured in sieverts per hour to determine potential areas of danger.
18. Radiologists quantify the degree of radiation exposure during diagnostic imaging procedures in microsieverts per hour.
19. Doses of radiation can be expressed in millisieverts or microsieverts, depending on the level of exposure.
20. The threshold for radiation sickness is typically set at a dose of 1 sievert or more.
21. The sievert is named after Rolf Sievert, a Swedish medical physicist.
22. The sievert is a relatively new unit of measurement, having been adopted by the International Commission on Radiological Protection in 1977.
23. The sievert does not measure all aspects of radiation exposure, such as the effects of non-ionizing radiation.
24. The sievert is a complex unit of measurement that takes into account a number of different factors.
25. The sievert unit is used to compare different types of radiation exposure, such as that from X-rays or gamma rays.
26. In the United States, the maximum allowable radiation exposure for nuclear power workers is typically set at 50 millisieverts per year.
27. The sievert is a unit of dose, but it does not take into account the length of time over which the dose is received.
28. Scientists use the sievert as a measurement of the health risks posed by exposure to ionizing radiation.
29. The sievert unit is based on the amount of damage that radiation can do to human tissue.
30. The sievert takes into account a number of different biological factors in addition to the amount of radiation absorbed.

Common Phases

1. The radiation dose was measured in sieverts;
2. The maximum permissible exposure level is 1 sievert per year;
3. The patient received a dose of 5 sieverts during the treatment;
4. The impact of the nuclear disaster resulted in an exposure level of 20 sieverts in some areas;
5. The monitoring of radiation levels showed an increase of 0.1 sieverts per hour;
6. The radiation safety officer calculated the effective dose in millisieverts;
7. The radiation detector recorded a peak dose rate of 2 sieverts per hour;
8. The legal limit for occupational exposure is 50 millisieverts per year;
9. The radiation levels exceed 10 sieverts in the immediate vicinity of the reactor;
10. The radiation therapy plan aims to deliver a dose of 60 grays or 60,000 millisieverts to the target area.