Effective Hopping Amplitude T T As Function Of The Exchange Coupling

Effective hopping amplitude t * /t as function of the exchange coupling ...
Effective hopping amplitude t * /t as function of the exchange coupling ...
Effective hopping amplitude t * /t as function of the exchange coupling ...
Effective hopping amplitude t * /t as function of the exchange coupling ...
The hopping parameter t x l due to Coulomb exchange as function of the ...
The hopping parameter t x l due to Coulomb exchange as function of the ...
The effective hopping t ′ j as a function of distance from the ...
The effective hopping t ′ j as a function of distance from the ...
Exchange coupling N 2 ¯ E x (N ) at T = 0 K as a function of the spacer ...
Exchange coupling N 2 ¯ E x (N ) at T = 0 K as a function of the spacer ...
(a) Hopping amplitudes t 2R (t ) and t 2L (t ) as a function of the ...
(a) Hopping amplitudes t 2R (t ) and t 2L (t ) as a function of the ...
Complex energies in the lattice as a function of the hopping amplitude ...
Complex energies in the lattice as a function of the hopping amplitude ...
Complex energies in the lattice as a function of the hopping amplitude ...
Complex energies in the lattice as a function of the hopping amplitude ...
BD simulations of the hopping time t hop and the effective diffusion ...
BD simulations of the hopping time t hop and the effective diffusion ...
The subleading term ϕ as the function of t hop in the non-homogeneous ...
The subleading term ϕ as the function of t hop in the non-homogeneous ...
Effective hopping integrals t ␴ ͑ in units of t ) as a func- | Download ...
Effective hopping integrals t ␴ ͑ in units of t ) as a func- | Download ...
Effective hopping integrals t ␴ ͑ in units of t ) as a func- | Download ...
Effective hopping integrals t ␴ ͑ in units of t ) as a func- | Download ...
(a) Renormalization of the hopping amplitude and of U − V as a function ...
(a) Renormalization of the hopping amplitude and of U − V as a function ...
The variation of Chern number as a function of the NN hopping amplitude ...
The variation of Chern number as a function of the NN hopping amplitude ...
The subleading term ϕ as the function of t hop in the non-homogeneous ...
The subleading term ϕ as the function of t hop in the non-homogeneous ...
The variation of Chern number as a function of the NN hopping amplitude ...
The variation of Chern number as a function of the NN hopping amplitude ...
(a) The hopping rate t dd , and (b) the superexchange coupling J ...
(a) The hopping rate t dd , and (b) the superexchange coupling J ...
(Color online) The effective hopping integral t eff (blue line and ...
(Color online) The effective hopping integral t eff (blue line and ...
Elementary excitations of the JCHM as a function of the effective ...
Elementary excitations of the JCHM as a function of the effective ...
(Color online) Variation of the effective hopping parameter δt l as ...
(Color online) Variation of the effective hopping parameter δt l as ...
4: Critical hopping amplitude t crit n (∆) , giving the point where the ...
4: Critical hopping amplitude t crit n (∆) , giving the point where the ...
4: Critical hopping amplitude t crit n (∆) , giving the point where the ...
4: Critical hopping amplitude t crit n (∆) , giving the point where the ...
One-triplon hopping amplitude t2/J as a function of J /J. Solid line ...
One-triplon hopping amplitude t2/J as a function of J /J. Solid line ...
An illustration of the physical meaning of the orbital hopping t O (a ...
An illustration of the physical meaning of the orbital hopping t O (a ...
(Color online) Hopping parameters ~ t j in the effective 1D model for ...
(Color online) Hopping parameters ~ t j in the effective 1D model for ...
Effective hopping (a and b) and exchange (c and d) parameters as a ...
Effective hopping (a and b) and exchange (c and d) parameters as a ...
(Color online) Sketch of virtual hopping processes t 0 (in blue ...
(Color online) Sketch of virtual hopping processes t 0 (in blue ...
The excitonic order parameter ∆ as a function of Coulomb interaction ...
The excitonic order parameter ∆ as a function of Coulomb interaction ...
Same as Fig. 5 but with a hopping amplitude between the sample and the ...
Same as Fig. 5 but with a hopping amplitude between the sample and the ...
Estimation of the hopping amplitude for different materials. (a) The ...
Estimation of the hopping amplitude for different materials. (a) The ...
Real part of the rapidity spectra for γ 1 = 1.5, t 2 = 1 and N = 46 ...
Real part of the rapidity spectra for γ 1 = 1.5, t 2 = 1 and N = 46 ...
(a) Effective hopping parameter ( t eff ) vs. e-p interaction ...
(a) Effective hopping parameter ( t eff ) vs. e-p interaction ...
Same as Fig. 5 but with a hopping amplitude between the sample and the ...
Same as Fig. 5 but with a hopping amplitude between the sample and the ...
Schematic representation of the effective hopping between carbon atoms ...
Schematic representation of the effective hopping between carbon atoms ...
The absolute value of the hopping amplitude in m-direction, |I nl (α ...
The absolute value of the hopping amplitude in m-direction, |I nl (α ...
(a) Effective hopping parameter ( t eff ) vs on-site Coulomb ...
(a) Effective hopping parameter ( t eff ) vs on-site Coulomb ...

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