Upper Left Panel Efficiency As A Function Of The Density N Lower
Upper left panel: Efficiency η as a function of the density n. Lower ...
Upper left panel: Efficiency η as a function of the density n. Lower ...
Left panel Efficiency of [C II] emission (η = L/M ) as a function of ...
Upper panel: simulated peak efficiency as a function of the γ-ray ...
Left panel: pressure as a function of the relativistic energy density ...
Upper panel: Power and efficiency as a function of the cycle time τ ...
Upper panel: number density as a function of distance, normalized to ...
Joint Density Distributions for Upper Bounds. The left panel shows a ...
Upper panel: number density as a function of distance, normalized to ...
Upper and lower panels: the same as in the upper and lower panel of ...
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Upper left panel: energy as a function of magnetic field strength for ...
Upper-left panel: behavior, as a function of the total number of ...
Upper panel: density pro fi les of the A (lower triangles) and B (upper ...
Upper panel: two density profiles used in the simulations. Lower panel ...
Density of states in the upper panel and the spectral functions in the ...
Upper left panel: spatial density distribution of the averaged stable ...
Upper left panel: electronic free energy as function of electronic ...
Throughput (upper panel) and efficiency (lower panel) as a function of ...
(Upper panel) Efficiency (blue) and transfer time (red) as a function ...
Variation of the density (upper left panel), pressure (upper right ...
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Upper left panel: Empirical probability density function (pdf ...
Density (the upper panel) and temperature (the lower panel) profiles of ...
Upper Panels: Density dependence of the potential symmetry energy ...
Upper Panel: Cumulative density function of strength s (left, in ...
Upper panel: density profile of the droplet along the x-axis for Ω ...
Example of the temperature (upper panel) and density (lower panel ...
Velocity (upper panel) and density (lower panel) profiles as a function ...
Modulus of the magnetic field (upper panel) and density (lower panel ...
Example of the temperature (upper panel) and density (lower panel ...
Density (the upper panel) and temperature (the lower panel) profiles of ...
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Velocity (upper panel) and density (lower panel) profiles as a function ...
Shown is the evolution of radius (upper left panel), density (upper ...
Upper panel: evolutions for the energy density parameters for a model ...
Left panel: pressure p of symmetric nuclear matter as function of ...
Work output (upper panel) and efficiency (lower panel) of the ...
Upper left panel: time-averaged surface density for our fiducial model ...