Maximum Current J Max As A Function Of Slow Hopping Rate P D Both In

Maximum current J max as a function of slow hopping rate p d (both in ...
Maximum current J max as a function of slow hopping rate p d (both in ...
Maximum current J max as a function of slow hopping rate p d (both in ...
Maximum current J max as a function of slow hopping rate p d (both in ...
Maximum current J max as a function of slow hopping rate p d (both in ...
Maximum current J max as a function of slow hopping rate p d (both in ...
Calculated maximum short-circuit current J max SC as a function of the ...
Calculated maximum short-circuit current J max SC as a function of the ...
Current J µ max in units of 10 −3 as function of k and F 0 showing ...
Current J µ max in units of 10 −3 as function of k and F 0 showing ...
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 ...
J max as a function of (a) squared variation coefficient r and (b ...
J max as a function of (a) squared variation coefficient r and (b ...
The effective hopping t ′ j as a function of distance from the ...
The effective hopping t ′ j as a function of distance from the ...
Concentration of strands as a function of strand hopping rate h when ...
Concentration of strands as a function of strand hopping rate h when ...
Maximal particle current (Jmax) as a function of interactive strength E ...
Maximal particle current (Jmax) as a function of interactive strength E ...
Dependence of maximum and minimum current densities (j max , j min ...
Dependence of maximum and minimum current densities (j max , j min ...
Saturated magnetoresistance as a function of hopping rate. The inset is ...
Saturated magnetoresistance as a function of hopping rate. The inset is ...
Saturated magnetoresistance as a function of hopping rate. The inset is ...
Saturated magnetoresistance as a function of hopping rate. The inset is ...
Many-body gaps ΔE/tmax as a function of hopping anisotropy ...
Many-body gaps ΔE/tmax as a function of hopping anisotropy ...
Panel (a): short-time decoherence rate λ as a function of the rescaled ...
Panel (a): short-time decoherence rate λ as a function of the rescaled ...
(a) The hopping rate ω p and the DC conductivity σ dc as functions of ...
(a) The hopping rate ω p and the DC conductivity σ dc as functions of ...
Effective hopping amplitude t * /t as function of the exchange coupling ...
Effective hopping amplitude t * /t as function of the exchange coupling ...
2: J-V curve of a solar cell. The maximal power per unit area P max is ...
2: J-V curve of a solar cell. The maximal power per unit area P max is ...
Maximum ion beam current density j max and FWHM taken from the ...
Maximum ion beam current density j max and FWHM taken from the ...
Sketch of the non-equilibrium system. J is the hopping rate between z ...
Sketch of the non-equilibrium system. J is the hopping rate between z ...
Second order phase transition in the long-range hopping of D −1 = − ...
Second order phase transition in the long-range hopping of D −1 = − ...
Edge localization and slow collective hopping of a boson stack. (a),(c ...
Edge localization and slow collective hopping of a boson stack. (a),(c ...
DOS curves are plotted as a function of photon energy for (a ...
DOS curves are plotted as a function of photon energy for (a ...
Sketch of the non-equilibrium system. J is the hopping rate between z ...
Sketch of the non-equilibrium system. J is the hopping rate between z ...
Hopping energy profiles on graphane at different coverage as a function ...
Hopping energy profiles on graphane at different coverage as a function ...
Pumped dc current J (in units of Jmax = ee=2˝) through a weakly coupled ...
Pumped dc current J (in units of Jmax = ee=2˝) through a weakly coupled ...
Hopping Rate and Migration Entropy as the Origin of Superionic ...
Hopping Rate and Migration Entropy as the Origin of Superionic ...
Current–voltage curves at different temperatures as a function of the ...
Current–voltage curves at different temperatures as a function of the ...
(a) Ppeak, and (b) Jth and Jmax, of 3 THz QCLs as a function of nd at ...
(a) Ppeak, and (b) Jth and Jmax, of 3 THz QCLs as a function of nd at ...
J - E characteristics and simulation of hopping conduction for a ...
J - E characteristics and simulation of hopping conduction for a ...
The dependence of the particle current J max on the... | Download ...
The dependence of the particle current J max on the... | Download ...
Analysis of repeater jamming of a slow frequency hopping radio
Analysis of repeater jamming of a slow frequency hopping radio
Elementary excitations of the JCHM as a function of the effective ...
Elementary excitations of the JCHM as a function of the effective ...
| Impact on the JV characteristics of the charge carrier hopping rate ...
| Impact on the JV characteristics of the charge carrier hopping rate ...
(color online) Critical hopping Jc for the MI-SF transition as a ...
(color online) Critical hopping Jc for the MI-SF transition as a ...
The same as in Fig. 3 for the hopping parameters J/U = 1/50 and J′=0 ...
The same as in Fig. 3 for the hopping parameters J/U = 1/50 and J′=0 ...

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