The Bound State Energies As A Function Of The Original Fermion Mass

The bound state energies as a function of the original fermion mass ...
The bound state energies as a function of the original fermion mass ...
The Λnn and 3 Λ H * bound state energies EB as a function of d I,S λ ...
The Λnn and 3 Λ H * bound state energies EB as a function of d I,S λ ...
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 ...
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 ...
The bound state energies of a particle of mass m = 1 (L = 10, natural ...
The bound state energies of a particle of mass m = 1 (L = 10, natural ...
The energies of the bound states as a function of θ0 for µ = 4m ...
The energies of the bound states as a function of θ0 for µ = 4m ...
The fermion bound energy spectrum as a function of the coupling g for j ...
The fermion bound energy spectrum as a function of the coupling g for j ...
The fermionic bound state energy spectrum as a function of λ for the ...
The fermionic bound state energy spectrum as a function of λ for the ...
The energies of the bound states as a function of θ0 for µ = 4m ...
The energies of the bound states as a function of θ0 for µ = 4m ...
The fermionic bound energies as a function of n. The dashed lines show ...
The fermionic bound energies as a function of n. The dashed lines show ...
Bound state energy at contacts to s± superconductors as function of the ...
Bound state energy at contacts to s± superconductors as function of the ...
(Color online) The energies of the bound states in a graphene QD as ...
(Color online) The energies of the bound states in a graphene QD as ...
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 ...
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 ...
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 ...
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 ...
The dependence of the bound-state energies as a function of the linear ...
The dependence of the bound-state energies as a function of the linear ...
Color online Bound state energies as a function of applied magnetic ...
Color online Bound state energies as a function of applied magnetic ...
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 ...
Andreev bound state energies as a function of phase difference (ϕ) (a ...
Andreev bound state energies as a function of phase difference (ϕ) (a ...
The dependence of the bound-state energies as a function of the linear ...
The dependence of the bound-state energies as a function of the linear ...
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 ...
The fermionic bound state energies when M 1 = 1 , ρ a = ρ 0 , α a = 0 ...
The fermionic bound state energies when M 1 = 1 , ρ a = ρ 0 , α a = 0 ...
Normalized energy ε g of the localized fermionic states as a function ...
Normalized energy ε g of the localized fermionic states as a function ...
Three-fermion bound state as a function of M 2B (solid line) in ...
Three-fermion bound state as a function of M 2B (solid line) in ...
The fermionic bound state energies when the slope of the pseudoscalar ...
The fermionic bound state energies when the slope of the pseudoscalar ...
Bound state number density distributions as a function of free plane ...
Bound state number density distributions as a function of free plane ...
The fermionic bound state energies when M 1 = 1 , ρ a = ρ 0 , α a = 0 ...
The fermionic bound state energies when M 1 = 1 , ρ a = ρ 0 , α a = 0 ...
Energies of the bound states supported by a long-range part of the ...
Energies of the bound states supported by a long-range part of the ...
Binding energy of the ðIÞJ P ¼ ð1Þ5=2 − Δ ¯ D Ã bound state, as a ...
Binding energy of the ðIÞJ P ¼ ð1Þ5=2 − Δ ¯ D Ã bound state, as a ...
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 ...
The bound-state energy E in (32) plotted as a function of a . The ...
The bound-state energy E in (32) plotted as a function of a . The ...
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 ...
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 ...
Comparison of the bound state energies E˜N given by the variational ...
Comparison of the bound state energies E˜N given by the variational ...
Upper panel : The binding energy and the Fermi energy as a function of ...
Upper panel : The binding energy and the Fermi energy as a function of ...

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