Abstract
Investigating Effect of Ca Content on Electrostatic Potential Energy (EP), Critical Temperature and Structure Parameters on Superconductor
Highlights
Ever since Y123 the first discovery in 1986 an enormous work has done toward experimental and theoretical investigation about structure and conduction in this compound
The purpose of this research is to apply the ionic model to calculate the change in the electrostatic potential due to increasing the Ca content in the compound in and to prove that there is a relation between changing EP and Ca content using real experimental data (Khosroabadi et al, 2002), (Han et al, 2001), (Baetzold, 1988) about change in lattice parameters and oxygen content in THEORETICAL The substitution of different amounts of atoms of Ca in the superconductor on the structure of it (Iguchi et al, 1988), (Giri et al, 2005), (Han et al, 2001), greatly studied
This research has investigated the effect of Ca content on crystal structure of superconductor, electrostatic potential energy, hole concentration and critical temperature in the YBCO compound
Summary
Ever since Y123 the first discovery in 1986 an enormous work has done toward experimental and theoretical investigation about structure and conduction in this compound. The purpose of this research is to apply the ionic model to calculate the change in the electrostatic potential due to increasing the Ca content in the compound in and to prove that there is a relation between changing EP and Ca content using real experimental data (Khosroabadi et al, 2002), (Han et al, 2001), (Baetzold, 1988) about change in lattice parameters and oxygen content in THEORETICAL The substitution of different amounts of atoms of Ca in the superconductor on the structure of it (Iguchi et al, 1988), (Giri et al, 2005), (Han et al., 2001), greatly studied. It may be noticed that the lattice constant increases with increasing
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