Temperature effects on the calculation of the functional derivative of Tc with respect to α2F(ω)

The functional derivative of the superconducting transition temperature T-c with respect to the electron-phonon coupling function alpha F-2(omega)THORN; delta T-c(2)/delta alpha F-2(omega) permits identifying the frequency regions where phonons are most effective in raising T-c. This work presents an analysis of temperature effects on the calculation of the delta T-c(2)/delta alpha F-2(omega) and mu* parameters. The results may permit establishing that the variation of the temperature in the delta T-c(2)/delta alpha F-2(omega) and mu* parameter allows establishing patterns and conditions that are possibly related to the physical conditions in the superconducting state, with implications on the theoretical estimation of the T-c.

Automated summary

This study analyzes the temperature effects on the calculation of the functional derivative of the superconducting transition temperature Tc with respect to the electron-phonon coupling function alpha F-2(omega) and the mu* parameter. By identifying the frequency regions where phonons are most effective in raising Tc, it provides insights into the physical conditions and theoretical estimation of Tc in the superconducting state.