• No se han encontrado resultados

Propagation Mechanism modeling in the Near-Region of Arbitrary Cross-Sectional Tunnels.

N/A
N/A
Protected

Academic year: 2020

Share "Propagation Mechanism modeling in the Near-Region of Arbitrary Cross-Sectional Tunnels."

Copied!
11
0
0

Texto completo

Loading

Figure

FIGURE 1: Flow chart of modeling for the diving point in arbitrary cross-sectional tunnels
FIGURE 2: Detailed schematic diagram of the propagation inside arbitrary cross-sectional tunnels with the first Fresnel zone clearance
TABLE 1:Comparisonsofthe dividing point between the model, and  the measurements inside rectangular circular, and arched tunnels
FIGURE 3: Detailed schematic diagram of the propagation inside rectangular tunnels with the first Fresnel zone clearance
+4

Referencias

Documento similar

Thus, the main contributions of this paper are (i) a strategy to detect relevant behavioral changes based on a ranking mechanism in a given share of hosts, (ii) an approach to model

No obstante, como esta enfermedad afecta a cada persona de manera diferente, no todas las opciones de cuidado y tratamiento pueden ser apropiadas para cada individuo.. La forma

In this first report we describe data from the cross-sectional phase of the study, which aimed at evaluating: (i) the proportion of patients with controlled, partly controlled

Comparing the previous results, it can be noticed that in the first and second zones of propagation, the deviation of the propagation loss from its main value is higher when

The characteristic morphology of the ZnO thin films is shown in the top-view FESEM image of Figure 3a, and a magnified cross- sectional image is shown in Figure 3b, which confirms

The main aim of this work is to develop a consistent theory to determine the self-gravitational potential at an arbitrary point of each component of a detached close binary system in

As part of the cross-sectional ESCARVAL objectives, by means of the analysis of the electronic medical records, this present study determined the clinical inertia in the diagnosis

The principle behind this meth- od shown in Figure 1 is to create the desired channel model by positioning an arbitrary number of probe antennas in arbitrary positions within