"Transactinide" Example Sentences
1. The transactinide elements have high atomic numbers and short half-lives.
2. The discovery of transactinide elements was a major milestone in the field of chemistry.
3. Transactinide elements are extremely rare and are not found naturally on Earth.
4. Scientists are constantly searching for new ways to synthesize transactinide elements.
5. The physical and chemical properties of transactinide elements are still largely unknown.
6. Transactinide elements play an important role in nuclear physics and technology.
7. The study of transactinide elements can help us understand the origins of the universe.
8. One of the challenges scientists face when working with transactinide elements is their short half-lives.
9. Research into transactinide elements requires extremely specialized equipment and expertise.
10. The synthesis of new transactinide isotopes is a highly complex and time-consuming process.
11. Many of the transactinide elements are highly unstable and can only be studied for a fraction of a second.
12. The discovery of new transactinide elements is a major achievement in the field of nuclear chemistry.
13. Transactinide elements are typically produced in high-energy particle accelerators.
14. The properties of transactinide elements can vary greatly depending on their atomic structure.
15. One of the most noteworthy transactinide elements is plutonium, which has important applications in nuclear energy and weapons.
16. Transactinide elements have unique electronic configurations that make them particularly interesting to study.
17. The production and study of transactinide elements requires strict safety protocols to protect researchers and the environment.
18. The development of new methods for synthesizing transactinide elements is an ongoing area of research.
19. The discovery of a stable transactinide element would have major implications for our understanding of nuclear physics.
20. Transactinide elements are typically named after scientists who have made significant contributions to the field of nuclear physics.
21. One of the most challenging aspects of working with transactinide elements is their extreme reactivity.
22. The chemical properties of transactinide elements are largely determined by their electronic configuration.
23. Transactinide elements are typically characterized by their high nuclear charge and short half-lives.
24. Scientists are working to develop new techniques for studying transactinide elements on a microscopic level.
25. The synthesis of transactinide elements requires extreme precision and care in order to avoid contamination.
26. Transactinide elements have important applications in medical and industrial applications.
27. The study of transactinide elements has led to important insights into the behavior of matter at a fundamental level.
28. Researchers are constantly pushing the limits of what is possible in terms of synthesizing and studying transactinide elements.
29. The synthesis of new transactinide isotopes is a highly competitive field, with many different teams vying for recognition.
30. Transactinide elements are named based on their atomic number, with the prefix "trans-" indicating that they are located beyond the actinide series.
Common Phases
1.
Transactinide elements are highly unstable;
2. Scientists study the properties of
transactinides in order to better understand nuclear physics;
3. The discovery of
transactinide elements has expanded our understanding of the periodic table;
4. Synthesizing
transactinides requires highly specialized equipment and techniques;
5.
Transactinides have extremely short half-lives, making them difficult to study;
6. The heaviest
transactinide elements have yet to be fully characterized;
7. The study of
transactinides has led to advances in nuclear medicine and energy production.