The structure and properties of superplastic nickel-containing alloys

Title : The structure and properties of superplastic nickel-containing alloys

Abstract:

Superplasticity is a unique property of materials that allows them to be deformed to extremely high degrees of stretching (up to 1000% and more) without failure. This phenomenon is actively studied in nickel-containing alloys due to their promising mechanical and functional characteristics. Superplasticity is based on complex processes at the nano- and atomic levels, including the formation of cluster structures, phase transitions, and the interaction of electrons through plasmon resonance. This paper examines key aspects of superplasticity with an emphasis on the cluster nanostructure of the crystal lattice and plasmonic effects. Particular attention is paid to the correlation of atomic and electronic structure with magnetic properties. The possibility of using such materials is discussed.

Biography:

Liudmila Kveglis is born on February 12, 1944 in the East Kazakhstan region. She graduated from high school in 1960 and entered the Tomsk State University in the Physics Department. In 1966, she graduated from Tomsk State University and worked at the Institute of Physics, where she defended her candidate's and then doctoral dissertations. Since 2006, she has been working as a professor at East Kazakhstan University.