VIII Międzynarodowa Konferencja Bianisotropics 2000

• Autorzy: Popik J.
• Języki publikacji: PL

Słowa kluczowe

PL

materiały niejednorodne; właściwości elektromagnetyczne

• Wydawca: Przemysłowy Instytut Telekomunikacji
• Czasopismo: Postępy Radiotechniki
• Rocznik: 2002
• Tom: T. 47, Nr 144
• Strony: 42--50
• Opis fizyczny: Bibliogr. 25. poz.

Twórcy

autor

Popik J.

Bibliografia

• [1] S.I. Masłovski, S.A. Tretyakow: „Additional boundary conditions for spatially dispersive media”, pp. 7-10.
• [2] L.R. Arnaut: „Complex media in complex field: a statistical approach”, pp. 215-218.
• [3] V.N. Pustovit, G.A. Niklasson: „A Spectral behavior of fractal aggregates in the quasi-static approximation”, pp. 219-222.
• [4] B. Michel et al.: „The incremental and differential Maxwell Garnett formalisms for bi- anisotropic composites”, pp. 27-30.
• [5] A.O. Pinchuk: „Numerical studies of nonlinear composites”, pp. 37-40.
• [6] K.W. Whites, F. Wu: „Numerical computation of the effective quasistatic permittivity for isotropic lattices of complex shaped inclusions”, pp. 41-44.
• [7] A.O. Pinchuk: „Reconstruction of the constitutive parameters for composite media using Kramers-Kronig analysis”, pp. 45-48.
• [8] A.N. Borzdov: „Effective constitutive tensors of bianisotropic multilayered mediums”, pp. 131-134.
• [9] A.N. Borzdov: „Effective properties of multilayered bianisotropic systems”, pp. 135-138.
• [10] F. Olyslager, I.V. Lindell: „A pedigree of bianisotropic media”, pp. 153-158.
• [11] V. Dmitriev: „On the constitutive tensors for bianisotropic media”, pp. 203-208.
• [12] I.V. Semchenko et al.: „Electromagnetic waves in chiral media with compensated anisotropy”, pp. 197-202.
• [13] A. Lakhtakia: „Filamentary, my dear Watson!”, pp. 169-174.
• [14] E. Ertekin, A. Lakhtakia: „Space-guides: efficient thin-film optical interconnects”, pp. 181-184.
• [15] J.H. Cloete et al.: „Scattering and absorption by thin metal wires in rectangular waveguide - chiral cranks versus non-chiral staples”, pp. 353-358.
• [16] C.R. Brewitt-Taylor: „Fundamental limitation on the performance of chiral radar absorbing materials”, pp. 363-366.
• [17] J. Reinert, A.F. Jacob: „Exact and approximate modeling of helices with core”, pp. 367370.
• [18] J. Psilopoulos et al.: „Fabrication effects on the resonance bandwidth of chiral materials”, pp. 313-316.
• [19] A.L. Topa et al.: „Radiation control on a step discontinuity of a grounded chiral slab”, pp. 325-328.
• [20] J. Popik, J. Mazur: „Electromagnetic wave propagation in circular waveguide containing chiral rod”, pp. 301-304.
• [21] G. Kristensson et al.: „Frequency selective structures on a bianisotropic slab”, pp. 377- 380.
• [22] S.L. Prosvirnin, S. Zouhdi: „Analysis of reflection of electromagnetic waves by multilayered arrays of complex-shaped elements: application to electronically controllable PBG”, pp. 385-388.
• [23] A. Toscano et al.: „Inhomogeneous bianisotropic materials for antenna and circuit applications in microwave and millimetre wave ranges”, pp. 309-312.
• [24] C.A. Moses, N. Engheta: „An overview of the theory of wire media”, pp. 391-396.
• [25] G. Kraftmakher et al.: „Resonant response of chiro-ferrite media under FMR and chiro- FMR conditions”, pp. 397-400.