Hydrogen 3 example sentences

"Hydrogen 3" Example Sentences

1. Hydrogen 3, also known as tritium, is radioactive.
2. The experiment measured the decay rate of hydrogen 3.
3. Scientists are researching the applications of hydrogen 3 in medicine.
4. Hydrogen 3 has a relatively short half-life.
5. Fusion reactions often involve hydrogen 3.
6. The isotope hydrogen 3 is crucial in certain dating techniques.
7. Understanding the properties of hydrogen 3 is essential for nuclear physics.
8. They detected traces of hydrogen 3 in the sample.
9. The presence of hydrogen 3 indicated contamination.
10. Hydrogen 3 is used as a tracer in various experiments.
11. Researchers are exploring the potential of hydrogen 3 for energy production.
12. The study focused on the behavior of hydrogen 3 under high pressure.
13. Is hydrogen 3 suitable for this particular application?
14. The team carefully analyzed the hydrogen 3 levels.
15. Hydrogen 3 emits beta radiation.
16. What are the safety precautions for handling hydrogen 3?
17. The concentration of hydrogen 3 was unexpectedly high.
18. Further research is needed to understand the effects of hydrogen 3 exposure.
19. They compared the results obtained using hydrogen 3 and deuterium.
20. The discovery of hydrogen 3 was a significant milestone.
21. Hydrogen 3’s unique properties make it useful in various fields.
22. How does the reactivity of hydrogen 3 differ from protium?
23. The article detailed the methods used to detect hydrogen 3.
24. Hydrogen 3 is a key component in this fusion experiment.
25. They successfully isolated the hydrogen 3 from the mixture.
26. What are the environmental implications of using hydrogen 3?
27. The amount of hydrogen 3 present was carefully monitored.
28. The experiment yielded unexpected results concerning hydrogen 3.
29. Hydrogen 3 plays a vital role in this nuclear reaction.
30. We need to develop better methods for managing hydrogen 3 waste.
31. The use of hydrogen 3 in this context raises ethical concerns.
32. The data showed a clear correlation between hydrogen 3 levels and the outcome.
33. It is crucial to handle hydrogen 3 with appropriate safety measures.
34. Are there any alternatives to using hydrogen 3 in this process?
35. The long-term effects of hydrogen 3 exposure are still under investigation.
36. Hydrogen 3 is an important isotope for scientific research.
37. The team's findings regarding hydrogen 3 were published in a leading journal.
38. They developed a new technique for detecting minute quantities of hydrogen 3.
39. Hydrogen 3 is also known as tritium.
40. The properties of hydrogen 3 make it useful as a radioactive tracer.
41. Further studies are required to fully understand the behavior of hydrogen 3 in various environments.
42. The researchers observed a significant increase in hydrogen 3 levels.
43. What are the potential risks associated with the use of hydrogen 3?
44. The sample was contaminated with hydrogen 3.
45. The experiment aimed to quantify the hydrogen 3 content.
46. Hydrogen 3 is a rare isotope of hydrogen.
47. Accurate measurement of hydrogen 3 is challenging.
48. The decay of hydrogen 3 produces beta particles.
49. Hydrogen 3 has applications in various fields, including environmental science.
50. The half-life of hydrogen 3 is approximately 12.3 years.