Kerma example sentences

"Kerma" Example Sentences

1. The physicist meticulously calculated the kerma deposited in the phantom.
2. Understanding kerma is crucial for radiation therapy planning.
3. High kerma levels necessitate increased shielding.
4. The experiment measured the kerma using a calibrated ionization chamber.
5. They debated the significance of the measured kerma values.
6. Accurate kerma calculations require precise knowledge of the radiation beam.
7. Kerma is often confused with absorbed dose.
8. This software simulates the spatial distribution of kerma.
9. The research focused on the relationship between dose and kerma.
10. Minimizing kerma is a key goal in radiation protection.
11. He presented his findings on kerma at the conference.
12. The article thoroughly explained the concept of kerma.
13. Variations in kerma across the field were significant.
14. She investigated the impact of energy on kerma values.
15. The results showed a clear correlation between depth and kerma.
16. Improved accuracy in kerma calculations is an ongoing challenge.
17. Kerma calculations are essential for radiation safety.
18. The textbook defined kerma in simple terms.
19. They compared the kerma values obtained from different methods.
20. The higher the energy, the higher the kerma.
21. Kerma is a critical parameter in dosimetry.
22. The study aimed to optimize kerma distribution.
23. Kerma calculations can be complex.
24. The software provides a visual representation of the kerma distribution.
25. Precise kerma measurements are crucial for accurate treatment planning.
26. We need to consider the impact of kerma on biological tissues.
27. The team developed a new algorithm for calculating kerma.
28. Further research is needed to fully understand the effects of kerma.
29. Reducing unnecessary kerma improves patient safety.
30. The use of kerma in medical physics is extensive.
31. This device measures kerma in real-time.
32. The simulation accurately predicted the kerma profile.
33. Kerma, unlike dose, doesn't account for energy loss.
34. Calculating kerma requires specialized software.
35. The discrepancies in kerma measurements were analyzed.
36. A higher kerma does not automatically mean a higher dose.
37. They published their findings on kerma in a peer-reviewed journal.
38. The presentation focused on the practical applications of kerma calculations.
39. What is the kerma at a depth of 5cm?
40. The student struggled to grasp the concept of kerma.
41. Errors in kerma calculations can have serious consequences.
42. With advancements in technology, kerma calculations are becoming more precise.
43. The data showed a non-uniform kerma distribution.
44. The kerma value is dependent on the energy of the radiation.
45. Understanding kerma is fundamental for radiation safety officers.
46. Their new method for calculating kerma is more efficient.
47. The kerma was significantly higher in this region.
48. The impact of kerma on different materials was studied.
49. Accurate kerma measurements are essential for quality assurance.
50. Advanced techniques improve the accuracy of kerma assessments.