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309 results on '"Vendik, I."'

2. METAMORPHOSE European Doctoral Programs on Metamaterials state-of-the-art [Report of the Transnational Committee]

Author

Capolino, F, Zouhdi, S, Craeye, C, Johnson, N, Arnold, JM, Szoplik, T, Gonzalo, R, Tretyakov, S, Bilotti, F, Schuchinsky, A, Martin, F, Podlozny, V, Sihvola, A, Pawlak, DA, and Vendik, I

Subjects
electrical engineering education, metamaterials, Electrical and Electronic Engineering, Communications Technologies, Networking & Telecommunications
Abstract

A new European Doctoral Program on Metamaterials has been initiated by the European Union (EU) Network of Excellence METAMORPHOSE. So far, twenty European academic institutions have established a consortium that operates a geographically distributed doctoral school in the emerging and multidisciplinary field of metamaterials.

Published
2006

28. Narrow-band 10-pole Y-Ba-Cu-O filter on sapphire substrate

Author

Vendik, I., Deleniv, A., Svishchev, A., Goubina, M., Lapshin, A., Zaitsev, A., Schneider, R., Geerk, J., and Aidam, R.

Subjects
Acoustic filters -- Research, High temperature superconductors -- Research, Resonators -- Research, Sapphires -- Research, Thin films -- Research, Business, Electronics, Electronics and electrical industries
Abstract

Research is presented concerning the design and construction of a high temperature semiconductor bandpass filter on a substrate of sapphire. The design of the filter with 0.4% fractional bandwidth in S-band is discussed.

Published
2001

36. 3D Metamaterial Based on a Regular Array of Resonant Dielectric Inclusions

Author

Vendik, I., Mikhail Odit, and Kozlov, D.

Subjects
Metamaterial, Mie resonance, magnetic dipole, Physics::Optics, isotropic, lcsh:Electrical engineering. Electronics. Nuclear engineering, cubic resonators, backward wave, electric dipole, lcsh:TK1-9971, resonant inclusion
Abstract

The 3D regular lattice of bi-spherical dielectric resonant inclusions arranged in a cubic lattice as two sets of spheres made from the same dielectric material having different radii and embedded in a host dielectric material with lower dielectric permittivity was carefully investigated. The magnetic resonance corresponding to the first Mie resonance in the spherical particles is followed by forming a regular array of effective magnetic dipoles, and the structure of the identical spherical dielectric resonators can be designed as an isotropic μ-negative 3D-metamaterial. For the electric resonance it was found experimentally and by the simulation that the resonant response of the electric dipole was weakly pronounced and the μ-negative behavior was remarkably suppressed. To enhance the electric dipole contribution we considered another kind of the symmetry of the bi-spherical arrangement of the particles corresponding to the body-centered cubic symmetry instead of the symmetry of NaCl analog considered previously. Electromagnetic properties of a volumetric structure based on a regular lattice of identical cubic dielectric particles is also considered and analyzed as μ-negative metamaterial. The cubic particle based 3D-metamaterial is preferable for practical realization as compared with the spherical inclusions.

Published
2009

40. METAMORPHOSE European Doctoral Programs on metamaterials state-of-the-art

Author

Capolino F, Tretyakov S, Schuchinsky A, Martin F, Podlozny V, Sihvola A, Pawlak DA, Vendik I, Zouhdi S, Craeye C, Johnson N, Arnold JM, Szoplik T, Gonzalo R., BILOTTI, FILIBERTO, Capolino, F, Tretyakov, S, Bilotti, Filiberto, Schuchinsky, A, Martin, F, Podlozny, V, Sihvola, A, Pawlak, Da, Vendik, I, Zouhdi, S, Craeye, C, Johnson, N, Arnold, Jm, Szoplik, T, and Gonzalo, R.

Abstract

A new European Doctoral Program on Metamaterials has been initiated by the European Union (EU) Network of Excellence METAMORPHOSE. So far, twenty European academic institutions have established a consortium that operates a geographically distributed doctoral school in the emerging and multidisciplinary field of metamaterials.

Published
2006

45. A Miniaturized branc-line directional coupler on low temperature cofired ceramic board

Author

Loskot, E., Leppävuori, S., Kourbanov, A., Vendik, I., Lapshin, A., and Jakku, E.

Subjects
ING-INF/01 Elettronica
Abstract

This paper outlines the capability to develop a 3D compact-size branch-line directional coupler within the LTCC process. The substrate of Dupont Green Tape TM ceramic has been successfully utilized to manufacture 3-dB 90

Published
2001

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