Molecular bond in superconductivity
determines the critical
parameters. The goal of the present work is to show that
superconducting properties
Fluctuation conductivity in superconducting MgB2-two-dimensional (2D) boron planes are responsible for the
superconductivity. We report on critical
Proton model of ferroelectrics with tunneling in the static fluctuation approximationThe transverse Ising model is considered in the static
fluctuation approximation. This hinges
Thermodynamics of an interacting fermi system in the static fluctuation approximation 1 order for the interacting Fermi-gas model in the framework of the static
fluctuation approximation
Proximity effect in the finite and incommensurate ferromagnet/superconductor systems. The distinctions in materials, in thicknesses of F layers (df1 and df2), in
parameters interfaces, and in local
Mossbauer study of iron-based superconductor Fe1.09Se0.5Te0.5 to room temperature. The temperature dependences of hyperfine
parameters was investigated. The Mossbauer
Magnetic-field-driven x≈1/8 anomaly of superconductivity in La₂₋x₋ySrxMnyCuO₄Dependence of
superconducting transition temperature Tc(y) on an applied magnetic field B