Carbon 14 example sentences

"Carbon 14" Example Sentences

1. Carbon 14 dating is a crucial tool in archaeology.
2. The half-life of carbon 14 is approximately 5,730 years.
3. Scientists use carbon 14 to determine the age of ancient artifacts.
4. Accurate carbon 14 dating requires careful sample preparation.
5. The amount of carbon 14 in an organism decreases after death.
6. Carbon 14 levels can be affected by environmental factors.
7. Analyzing carbon 14 is a complex process requiring specialized equipment.
8. Understanding carbon 14 decay is essential for dating organic materials.
9. Many historical mysteries have been solved using carbon 14 analysis.
10. The precision of carbon 14 dating improves with technological advancements.
11. Researchers are constantly refining carbon 14 dating techniques.
12. Limitations exist in carbon 14 dating, particularly for very old samples.
13. The discovery of carbon 14 revolutionized the field of archaeology.
14. Contamination can significantly impact carbon 14 dating results.
15. Proper calibration is critical for reliable carbon 14 dating.
16. They used carbon 14 to date the ancient scrolls.
17. Determining the age of the fossil required carbon 14 testing.
18. The wood sample yielded a surprising age according to carbon 14 analysis.
19. Carbon 14 is a radioactive isotope of carbon.
20. Radioactive carbon 14 decays into nitrogen-14.
21. Atmospheric carbon 14 levels fluctuate over time.
22. Accurate carbon 14 measurements demand meticulous attention to detail.
23. The results of the carbon 14 test were inconclusive.
24. Further carbon 14 analysis is needed to confirm the findings.
25. With carbon 14, we can estimate the age of organic remains.
26. The carbon 14 method has limitations for dating very old objects.
27. The study relied heavily on carbon 14 dating to establish the timeline.
28. Advanced techniques are improving the accuracy of carbon 14 dating.
29. The team's expertise in carbon 14 analysis was invaluable.
30. Carbon 14 dating helped rewrite history.
31. Because of carbon 14, we have a better understanding of the past.
32. Radioactive carbon 14 is formed in the upper atmosphere.
33. The carbon 14 concentration in the sample was unexpectedly low.
34. Carbon 14 is used in various scientific disciplines.
35. Carbon 14 dating is not without its challenges.
36. Despite limitations, carbon 14 remains a valuable tool.
37. Interpreting carbon 14 results requires careful consideration.
38. The age estimate based on carbon 14 was surprisingly recent.
39. We must carefully consider the context when interpreting carbon 14 dates.
40. New methods are being developed to enhance carbon 14 dating precision.
41. The potential of carbon 14 for future research is immense.
42. Carbon 14 analysis confirms the artifact's authenticity.
43. This technique utilizes carbon 14 to precisely date the sample.
44. The lab specializes in high-precision carbon 14 measurements.
45. Understanding the principles of carbon 14 decay is crucial.
46. They employed accelerator mass spectrometry for carbon 14 analysis.
47. The carbon 14 date supports the historical narrative.
48. The accuracy of carbon 14 dating is constantly being improved.
49. Carbon 14 dating is a cornerstone of archaeological science.
50. Further research into carbon 14 is ongoing.