A reaction and movement of vacancy and solute atom in metals under elastic tensile stress

Abstract

OPEN ACCESS In the 17th century, Robert Hooke, an English physicist, proposed Hooke’s law. Since then, the theory of elastic deformation in metals has been restricted to a macroscopic frame that is normalized by Hooke’s law. From the start of the 21st century, Xu has established a microscopic theory of elastic deformation based on Hooke’s law to describe the reaction and movement of vacancy and solute atom in metals under elastic tensile stress [1,2].