Bound State Energy At Contacts To S Superconductors As Function Of The

Bound state energy at contacts to s± superconductors as function of the ...
Bound state energy at contacts to s± superconductors as function of the ...
Bound state energy E/h as a function of B for levels of the Cs2 ...
Bound state energy E/h as a function of B for levels of the Cs2 ...
The bound state energies as a function of ky for ∆/µ = 0.1 (a) and ∆/µ ...
The bound state energies as a function of ky for ∆/µ = 0.1 (a) and ∆/µ ...
Andreev Bound state spectrum as a function of the superconductor phase ...
Andreev Bound state spectrum as a function of the superconductor phase ...
Two-body s-wave and d-wave bound state energy as a function of V /t and ...
Two-body s-wave and d-wave bound state energy as a function of V /t and ...
Energy of bound state in 10 Li as function of deformation with ground ...
Energy of bound state in 10 Li as function of deformation with ground ...
a Energy of Andreev bound states and b Josephson current as a function ...
a Energy of Andreev bound states and b Josephson current as a function ...
(a) The Andreev bound state energy gap at a superconductor phase ...
(a) The Andreev bound state energy gap at a superconductor phase ...
Energy bound states as function of phase difference φ for (a ...
Energy bound states as function of phase difference φ for (a ...
Energy bound states as function of phase difference φ for (a ...
Energy bound states as function of phase difference φ for (a ...
Bound-state energy E0 for the nanowire setup as a function of phase ...
Bound-state energy E0 for the nanowire setup as a function of phase ...
Bound state energies E as a function of a µ /a for harmonic confinement ...
Bound state energies E as a function of a µ /a for harmonic confinement ...
Two-body bound state energy ǫ b [in units of the bound state energy on ...
Two-body bound state energy ǫ b [in units of the bound state energy on ...
Bound state energies E ± b as functions of strength V ∈ R for the line ...
Bound state energies E ± b as functions of strength V ∈ R for the line ...
The bound state energy E3(ζ) of the K 0 K + K − system (thin line) and ...
The bound state energy E3(ζ) of the K 0 K + K − system (thin line) and ...
Bound state energies (in a.u.) of H2+ and H as a function of plasma ...
Bound state energies (in a.u.) of H2+ and H as a function of plasma ...
Bound state energy for the M tot = −7/2 s-wave bound states of the 40 K ...
Bound state energy for the M tot = −7/2 s-wave bound states of the 40 K ...
Comparison of the bound-state energy E as a function of the potential ...
Comparison of the bound-state energy E as a function of the potential ...
Bound state energies Eb± as functions of strength V∈R for the line from ...
Bound state energies Eb± as functions of strength V∈R for the line from ...
Zero-energy bound states in the high-temperature superconductors at 2 ...
Zero-energy bound states in the high-temperature superconductors at 2 ...
The nn and 3 H * bound-state energies E B as a function of d I,S λ ...
The nn and 3 H * bound-state energies E B as a function of d I,S λ ...
(Color online) A schematic view of (a) the energy of the bound states ...
(Color online) A schematic view of (a) the energy of the bound states ...
η 4 He bound state energy E (red line, squares) and the expectation ...
η 4 He bound state energy E (red line, squares) and the expectation ...
Two-body bound states. (a) Binding energies as a function of Uab/t for ...
Two-body bound states. (a) Binding energies as a function of Uab/t for ...
Two-body bound states. (a) Binding energies as a function of Uab/t for ...
Two-body bound states. (a) Binding energies as a function of Uab/t for ...
η 4 He bound state energy E (red line, squares) and the expectation ...
η 4 He bound state energy E (red line, squares) and the expectation ...
The absolute value of the bound-state energy of the first three bound ...
The absolute value of the bound-state energy of the first three bound ...
Modifications in the conduction band edge and bound state energy levels ...
Modifications in the conduction band edge and bound state energy levels ...
Schematics of Andreev bound state and device geometry a, Microscopic ...
Schematics of Andreev bound state and device geometry a, Microscopic ...
A schematic evolution of the spectral density in a superconductor as a ...
A schematic evolution of the spectral density in a superconductor as a ...
Positions of bound-state energies and resonance peaks as a function of ...
Positions of bound-state energies and resonance peaks as a function of ...
(a, b) Schematic illustrations of energy diagram of vortex bound states ...
(a, b) Schematic illustrations of energy diagram of vortex bound states ...
Energy diagram of the superconducting state. (a) Energy diagram of the ...
Energy diagram of the superconducting state. (a) Energy diagram of the ...
(a), (b) Schematic illustrations of energy diagrams of vortex bound ...
(a), (b) Schematic illustrations of energy diagrams of vortex bound ...
Free energy difference between the superconducting and normal state ...
Free energy difference between the superconducting and normal state ...
Correlation between bound state energy and local doping level near ...
Correlation between bound state energy and local doping level near ...

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