Question

why do scientists study and synthesize new transuranium elements in the laboratory? what are the uses of these elements?​

Answer 1

Researchers can utilize the properties of existing transuranium elements to predict the properties of yet-undiscovered isotopes and elements, which can then be used to plan experiments to prepare and identify them.

Explanation:

• The chemical elements with atomic numbers greater than 92, which is the atomic number of uranium, are known as transuranium elements. All of these elements are radioactively unstable and decay into other elements.
• The bombardment of heavy element targets with light-charged particles (such as the helium nuclei discussed above as alpha particles) from accelerators is an essential way of producing transuranium isotopes. Heavy ions (with an atomic number more than 2 and a mass number greater than 5) have been employed as projectile nuclei in the synthesis of elements heavier than mendelevium.  
• Although the transuranium elements' decay features are essential for their prospective applications, these elements have mostly been investigated to build a fundamental understanding of nuclear processes and nuclear and atomic structure. The study of existing transuranium elements also aids researchers in predicting the properties of yet-undiscovered isotopes and elements, which may subsequently be used to design experiments to prepare and identify them.

Answer 2

Answer: why do scientists study and synthesize new transuranium elements in the laboratory? what are the uses of these elements?​

Explanation: