Nanocrystalline nickel chromium ferrite (NiCr x Fe 2− x O 4, x= 0.1, 0.2) have been prepared
by the chemical co-precipitation method. Half of the samples have been sintered at 620∘ C …

This paper describes a theoretical approach to calculate the permeability tensor of
polycrystalline ferrites in various magnetization states, from the completely demagnetized …

This article deals with the determination of permittivity and dissipation factor of thin layers in
microwave range of electromagnetic spectra. An evolutionary algorithm is used for the …

A two component meta-material as copper cylindrical wires embedded periodically in the
host dielectric material (wax) is studied with a viewpoint of measuring and analysing its …

Cold-pressed powder compacts in our experiments were prepared from commercial
nanopowders of ZnO, Ni, Co and γ‐Fe 2 O 3⁠. A systematic study of the room temperature …

A short review of modern techniques for broadband microwave measuring complex
permittivity and permeability of materials at broadband microwave frequencies has been …

In this paper, the theory associated with a noniterative and broad-band method for
measuring the permeability tensor components/spl mu/=/spl mu/'-j/spl mu/''and/spl …

We have investigated the effects of domain and grain anisotropy on spin-resonance in
magnetic permeability, implementing a Monte-Carlo approach and a coupled Landau …

Purpose–The purpose of this paper is to obtain the long‐wave approximations for the
effective electromagnetic response of two‐dimensional sandwich composite structure, as …

This paper discusses an electrically small microstrip patch antenna that utilizes biased
yttrium iron garnet (YIG) ferrite material. The study explores how the presence of an external …