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Metamaterial Based Cylinders Used for Invisible Cloak Realization (CROSBI ID 774932)

Druge vrste radova | elaborat/studija

Šipuš, Zvonimir ; Bojanjac, Dario ; Ivšić, Branimir ; Komljenović, Tin Metamaterial Based Cylinders Used for Invisible Cloak Realization // European Office of Aerospace Research and Development. 2011.

Podaci o odgovornosti

Šipuš, Zvonimir ; Bojanjac, Dario ; Ivšić, Branimir ; Komljenović, Tin

engleski

Metamaterial Based Cylinders Used for Invisible Cloak Realization

Uniaxial cylindrical cloaks have recently been proposed to prevent scattering of electromagnetic waves, i.e. to render objects invisible. The proposed cloaks with reduced variation of constitutive parameters suffer from nonzero reflectance, i.e. they are only partly invisible. Therefore, the purpose of a 12-month effort is to develop an analysis method and the corresponding software for analyzing cylinders made from metamaterial- based concentric layers with an application to invisible cloak realization. The main parameter of interest is the scattered field, i.e. if the considered structure really appears invisible to the incident wave. The considered structures are modeled as a multilayer anisotropic cylinder where both permittivity and permeability tensors are diagonal in the cylindrical coordinate system. The active cloaks can be also analyzed in this way since their homogeneous electromagnetic model is based on complex constitutive parameters. We have considered incident electromagnetic waves coming both from normal and oblique incident direction. The proposed analysis method is connected with a suitable global optimization routine, and the developed software package is used to help in cloak design. A possible application of the considered prototype is reduction of scattered field from mechanical structures that need to be placed in front of big antennas, such as radar antennas or reflector systems.

metamaterials; anisotropy; cloak

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Podaci o izdanju

European Office of Aerospace Research and Development

2011.

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objavljeno

Povezanost rada

Elektrotehnika

Poveznice