Изучение нелинейных явлений в многокомпонентных гетерогенных системах,
находящихся в аморфном, нано-и микрокристаллическом состояниях, способствует …

An upgraded test station is described for determining the electrophysical properties of
materials by frequency-domain dielectric spectroscopy. As a result of the upgrade, the range …

Two samples of the ferromagnetic alloy–ferroelectric ceramics nanocomposite (FeCoZr) x
(PbZrTiO 3)(100− x) of similar metallic phase contents have been produced using ion-beam …

In this work, the temperature and frequency dependences of the real part of the admittance
[σ (f, T)] of annealed nanocomposite films containing Co 45 Fe 45 Zr 10-based nanoparticles …

This study examines the frequency and temperature dependence of conductivity, phase shift
angle and capacity of the (FeCoZr) x (CaF 2)(100− x) nanocomposites, with the metal phase …

We presented results of experimental studies of the structure and microwave reflective,
transmitting, and absorbing properties in the frequency ranges of 8–12 GHz and 25–36 GHz …

We present an algorithm for calculating structural characteristics of amorphous
nanogranular composites (mean free path of electron, average sizes of granules and gaps …

The paper presents frequency f and temperature T dependences of the phase angle θ,
conductivity σ, capacity C p and tgδ for (FeCoZr) x (CaF 2)(100− x) nanocomposite films …

The paper established that, the hopping mechanism of the charge exchange for the
(FeCoZr) 64.4 (PZT) 35.6 nanocomposite and the additional polarization of tested sample …

The paper reports on the results of a comparative study of magnetic and magnetotransport
properties of granular nanocomposite films FeCoZr–Al2O3 synthesized in pure Ar and Ar+ O …