The linear relationship derived from the deposition potential of Pb–Ln alloy and atomic radius

Abstract

Lanthanides possess extremely similar properties because their radius only changes slightly due to lanthanide contraction.

Quantitative Description of the Equilibrium Potentials and Atomic Radius of the Co–Ln Alloy by a Mathematical Equation

“…It had Through the condensation and summarization of the atomic radius of the lanthanides and the equilibrium potentials data in Table I, it is found that there is a profoundly interwoven between them, and based on our research team, it is found that Sn, Pb and Al were used as the active cathode, and there was a mathematical equation for the equilibrium potential and atomic radius of the alloy compounds formed with the lanthanides. [42][43][44] Further research shows that the equation could predict the equilibrium potentials of Al-An alloy compounds when Al as substrate metal. Therefore,…”

“…To ensure that the linear equation can be applied universally, we carried out experiments at 873, 923, 973 and 1023 K in the study of Pb-Ln intermetallic compounds. 42 The results show that the linear equation is not affected by temperature. The molten salt component we selected is LiCl-KCl system, Cl-based molten salts have been used as reaction media due to their properties such as their radiation resistance, short cooling time and proliferation resistance.…”

A Probabilistic Atomic Radius Definition: Application to Ground State Hydrogen-Like Atoms

“…Such a spherical confinement of hydrogen atom enables investigation of many properties in several studies [7]. A set of empirical atomic radii has been proposed and sum of the atomic radii of two atoms forming a bond in a crystal or molecule is used for estimation of approximate distance between nucleuses of those two atoms [8]. For other atoms and molecules, relationship between atomic radius and chemical properties has been investigated.…”