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In this paper we propose an original simple approach to the description of asymmetric plated heterogeneous magnetoelectric structures under external electric and magnetic fields. The existence of the considerable resonance enhancement of... more
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One important problem of modern physics in recent times has been the effective transformation of an electric field into a magnetic one (and vice versa) with the help of elastic interactions . This effect can be used in devices of... more
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We analyze the influence of electric and magnetic interconnection between the components of a magnetoelectric on its magnetoelectric coefficient at high frequency of the external electric and magnetic field. We interpret the obtained... more
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A magnetoelectric sensor with the highest currently known quasi static magnetoelectric coeffi cient, 92 V/(cm Oe), is theoretically described. A model is suggested based on which the optimal thickness of piezoceramics providing the... more
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A bending resonance magnetoelectric (ME) sensor with maximum generated response voltage is theoretically described. Based on the proposed model, the frequency dependence of the ME coefficient is determined. The optimum thickness of a... more
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A new computational approach is developed to analyze the asymmetric magnetoelectric structures. The possibility to enhance considerably the composite main effective parameters is found. The acoustic and electromagnetic vibrations in such... more
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A giant enhancement of the static dielectric permittivity and a giant dielectric relaxation in a heterogeneous medium consisting of regularly arranged spheroids distributed in the matrix and described by the Maxwell-Garnett formula were... more
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Simultaneous consideration is carried out for dielectric permittivity, conductivity, piezoelectric, and elastic properties of statistical mixtures and ferroelectric ceramics with disorderly distributed and oriented crystallites. The... more
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Using self-consistent effective-medium theory, we studied the complex elastic compliances of conducting disordered heterogeneous piezoelectric-polymer systems. The considered system is a random mixture of piezoelectric spheroids and... more
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Effective complex piezoelectric and dielectric constants of disordered heterogeneous systems, such as statistical mixtures consisting of spheroidal particles of the same orientation but with random distribution in space, are studied. It... more
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Composites with the connectivity of 0-3 type (according to the classification [1]) in the form of a polymer matrix containing isolated inclusions with volume concentration η and dielectric constant (DC) ε inc far exceeding the matrix DC ε... more
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This paper reports on the results of investigations into the effective complex elastic compliances of a composite in the form of a multilayer piezoactive medium consisting of layers of polar dielectrics connected in series. Exact... more
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The giant piezoelectric effect and giant piezoelectric relaxation are revealed for the first time in structures consisting of ferroelectric and polymer layers connected in series. Under these effects, the composites exhibit giant static... more
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One important problem of modern physics in recent times has been the effective transformation of an electric field into a magnetic one (and vice versa) with the help of elastic interactions . This effect can be used in devices of... more
    • by 
A magnetoelectric sensor with the highest currently known quasi static magnetoelectric coeffi cient, 92 V/(cm Oe), is theoretically described. A model is suggested based on which the optimal thickness of piezoceramics providing the... more
    • by 
A new computational approach is developed to analyze the asymmetric magnetoelectric structures. The possibility to enhance considerably the composite main effective parameters is found. The acoustic and electromagnetic vibrations in such... more
    • by 
Simultaneous consideration is carried out for dielectric permittivity, conductivity, piezoelectric, and elastic properties of statistical mixtures and ferroelectric ceramics with disorderly distributed and oriented crystallites. The... more
    • by 
In this paper we propose an original simple approach to the description of asymmetric plated heterogeneous magnetoelectric structures under external electric and magnetic fields. The existence of the considerable resonance enhancement of... more
    • by 
A resonance piezoelectric effect in a multilayer ceramic composite has been studied. Expressions for the effective dielectric permittivity and piezoelectric coefficient of the layered composite are obtained. It is shown that, in the... more
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