Assessment of Transmitted Power Density due to Radiation from Dipole Antenna of Finite Length : Part II: Transmitted field, volume power density and transmitted power density
Assessment of Transmitted Power Density due to Radiation from Dipole Antenna of Finite Length : Part II: Transmitted field, volume power density and transmitted power density
The paper presents results for the transmitted field, volume power density (VPD) and transmitted power density (TPD) in flat human tissue model exposed to the radiation of dipole antenna. Human tissue is represented by muscle properties at a frequency of interest. The influence of two-media interface is taken into account via the Fresnel plane wave reflection/transmission approximation. Numerical procedures pertain to Galerkin-Bubnov Indirect Boundary Element Method (GB-IBEM). Some illustrative examples for various frequencies, dipole lengths and distances of dipole from the interface are given.
Dipole antenna ; Planar model ; Transmitted field ; Transmitted power density ; Volume power density
Dipole antenna ; Planar model ; Transmitted field ; Transmitted power density ; Volume power density
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