Effective permittivity of 3D lossy dielectric composite materials

This study concerns the 2D inverse problem of the retrieval, using external field data, of either one of the two physical parameters, constituted by the real and imaginary parts of

voltage falls, as the plasma potential and the electric field from the plasma towards the target decrease, again negative charge deposition takes place. This process is not

A comparison of the x (B) E distribution to the predictions of dierent fragmentation models and a reconstruction of the x (b) E spectrum after corrections for acceptance,

The agreement of the charged lepton energy measurement in Monte Carlo and data is studied using two control samples selected from hadronic events: i) a sample A of inclusive

Applying the same method to a sample of fully simulated Monte Carlo events, the estimated P S values are shown to reproduce well the fractions of a correct charge assignment, P gen ,

For both hadronic events and muon-pair events the uncertainty in the background level is evaluated by scaling the total cross section of the background Monte Carlo samples by ± 5%..

We report in Figure 2a the radial profile of the dielectric permittivity of NaCl solutions as a function of NaCl con- centration (c NaCl ). As shown in Figure 2a the dielectric

The models pre- sented in this section are density operator models in the sense that the ground state energy and density are obtained by minimizing some explicit functional E ρ nuc (