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Beilstein J. Nanotechnol. 2020, 11, 252–262, doi:10.3762/bjnano.11.19
Figure 1: Schematic representation of the SFIFS hybrid structure (here S is a superconductor, F is a ferromag...
Figure 2: DOS Nf(E) on the free boundary of the F layer in the FS bilayer obtained numerically for two cases:...
Figure 3: DOS Nf(E) on the free boundary of the F layer in the FS bilayer obtained numerically in the absence...
Figure 4: Spin-resolved DOS Nf↑(↓) on the free boundary of the F layer in the FS bilayer obtained numerically...
Figure 5: Current–voltage characteristics of the symmetric (df1 = df2 = df) SFIFS junction in the absence of ...
Figure 6: Current–voltage characteristics of a symmetric SFIFS junction for different values of the subgap ex...
Figure 7: (a) CVC taken from Figure 6b, red dashed line, and visual explanation of the characteristic behavior of the ...
Figure 8: Current–voltage characteristics of a symmetric SFIFS junction in the absence of magnetic scattering...
Figure 9: Current–voltage characteristics of an asymmetric (df1 ≠ df2) SFIFS junction for different values of...
Figure 10: Current–voltage characteristics of a SFIFS junction in the presence of magnetic scattering (αm = 0....