Sentence examples for mean field properties from inspiring English sources

The effective metric is a function of the real spacetime metric (that in general may be curved) and background mean field properties of the BEC such as the number density, the energy density, the pressure and the speed of sound.

(1) The effective metric is a function of the real spacetime metric (g_{ab}) - that in general may be curved - and background mean field properties of the BEC such as the number density (n_{0}), the energy density (rho_{0}), the pressure (p_{0}) and the speed of sound (c_{s}:=csqrt{partial p/partialrho}).

Figure 2 illustrates the mean flow and field properties for an unperturbed reference dynamo case with homogeneous boundary heat flux (Fig. 2 a) and a commonly studied model with a heterogeneous CMB heat flux (Fig. 2 b).

Also, in layered structure of bulk materials (in quasi two-dimensional systems), Cronström and Noga [9] noted that some rather unexpected properties (new mean field solution) are observed at non-zero temperature.

The main contribution of this work lies in the detailed comparison of the predictions of linear elastic properties of mean field homogenization approaches and full field, voxel-based homogenization methods for short-fiber reinforced materials.

Property estimation by mean field homogenisation predicts strongly enhanced strength of the Wf/CuCrZr composite compared to its pure CuCrZr counterpart.

Based on the tight-binding model and the slave boson mean field approximation, we investigate the electron transport properties in a small quantum dot (QD -ring system.

It turns out that M x) is a continuous convex monotonically increasing function of x (in the mean field theory M x) is a polynomial), with the property that M 0) = 0 and M 1)<1.

Mean field micromechanics models were used to compute the effective thermo elastic properties and time-dependent response of each of the layers in these TBCs.

Transport properties are analyzed using the slave boson mean field theory which is reliable in the zero temperature and low bias regime.

The corresponding system of mean field Nash equilibrium-inducing equations is developed, and existence and uniqueness properties and numerical simulation results are presented.