Energy Per Site As A Function Of Hole Concentration Six States Are

Energy per site as a function of hole concentration.: Six states are ...
Energy per site as a function of hole concentration.: Six states are ...
The condensation energy per site as a function of the hole density x ...
The condensation energy per site as a function of the hole density x ...
Ground-state energy per site e as a function of λ. Red crosses are CST ...
Ground-state energy per site e as a function of λ. Red crosses are CST ...
Normalized energy per site as a function of rc for different filling ...
Normalized energy per site as a function of rc for different filling ...
(a) Energy per site (E normal − E)/N of the SDW state as a function of ...
(a) Energy per site (E normal − E)/N of the SDW state as a function of ...
(a) Energy per site (E normal − E)/N of the SDW state as a function of ...
(a) Energy per site (E normal − E)/N of the SDW state as a function of ...
The free energy as a function of hole concentration (x). (a): T /t0 is ...
The free energy as a function of hole concentration (x). (a): T /t0 is ...
Energy per site as a function of the number of time slices (m) for ...
Energy per site as a function of the number of time slices (m) for ...
Energy per site E as a function of wave-vector direction β, for (a) α ...
Energy per site E as a function of wave-vector direction β, for (a) α ...
(color online) Ground state energy per site ε0 as a function of the ...
(color online) Ground state energy per site ε0 as a function of the ...
Interaction energy per site (E int /J) as a function of the relative ...
Interaction energy per site (E int /J) as a function of the relative ...
Energy per site E0 of the S=2 Heisenberg model as a function of bond ...
Energy per site E0 of the S=2 Heisenberg model as a function of bond ...
Energy per site as a function of the polar angle θ for p = 5 at s = 0.2 ...
Energy per site as a function of the polar angle θ for p = 5 at s = 0.2 ...
Entropy per site as a function of the energy per site for the SU(N ...
Entropy per site as a function of the energy per site for the SU(N ...
Surface energy per site in the bulk limit f ∞ (η, −1) as a function of ...
Surface energy per site in the bulk limit f ∞ (η, −1) as a function of ...
Normalized energy per site as a function of rc for different filling ...
Normalized energy per site as a function of rc for different filling ...
Energy per site E as a function of magnetic field h for various values ...
Energy per site E as a function of magnetic field h for various values ...
(color online) (a) Ground-state energy per site of (1) as a function of ...
(color online) (a) Ground-state energy per site of (1) as a function of ...
Energy per site (a) and entropy per site (b) as a function of the total ...
Energy per site (a) and entropy per site (b) as a function of the total ...
(a) Calculated hole energy states as a function of the CdTe nanocrystal ...
(a) Calculated hole energy states as a function of the CdTe nanocrystal ...
(a) GS energy and (b) FES energy per site E/L as a function of J 2 /J 1 ...
(a) GS energy and (b) FES energy per site E/L as a function of J 2 /J 1 ...
Ground-state energy per site as a function of U. | Download Scientific ...
Ground-state energy per site as a function of U. | Download Scientific ...
The left panel shows the free energy per site (3.7) as a function of ...
The left panel shows the free energy per site (3.7) as a function of ...
Ground-state energy per site as a function of U. | Download Scientific ...
Ground-state energy per site as a function of U. | Download Scientific ...
Energy E per site as a function of U in the PM (solid symbols) and FM ...
Energy E per site as a function of U in the PM (solid symbols) and FM ...
SC condensation energy per site as a function of 1/Na in t units where ...
SC condensation energy per site as a function of 1/Na in t units where ...
The energy per site as a function of the orbital coupling V for several ...
The energy per site as a function of the orbital coupling V for several ...
Ground state energy per site as a function of α = J ′ 1 /J (for λ = 1 ...
Ground state energy per site as a function of α = J ′ 1 /J (for λ = 1 ...
Internal energy per site as a function of U/J for a homogeneous model ...
Internal energy per site as a function of U/J for a homogeneous model ...
Internal energy per site Es as a function of the Coulomb interaction U ...
Internal energy per site Es as a function of the Coulomb interaction U ...
(a) GS energy and (b) FES energy per site E/L as a function of J 2 /J 1 ...
(a) GS energy and (b) FES energy per site E/L as a function of J 2 /J 1 ...
QMC results for the energy per site as a function of x on a 40 sites ...
QMC results for the energy per site as a function of x on a 40 sites ...
Energies ∆2 for two-hole states as a function of hole separation for ...
Energies ∆2 for two-hole states as a function of hole separation for ...
(a) Average electron density per site n as a function of the tuned ...
(a) Average electron density per site n as a function of the tuned ...
Phase diagram as a function of the hole concentration (x) and the ...
Phase diagram as a function of the hole concentration (x) and the ...
a) shows the total energy per site for FeMnP 0.55 Si 0.45 as a function ...
a) shows the total energy per site for FeMnP 0.55 Si 0.45 as a function ...

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