A negative electrocaloric effect (ECE) in 4 mol% Eu-doped PbZrO3 antiferroelectric (AFE)
thin films prepared by using a sol–gel method is investigated via indirect measurements …

The multicaloric effect that is the result of interaction between various caloric effects has
been studied theoretically. The effects attributable to the pairwise interactions of fields …

The paper presents a generalized thermodynamic theory of the multicaloric effect (μCE) in
single-phase solids. It is demonstrated that μCE consists of three well-known effects (electro …

In this work, we present the theoretical description of thermodynamics of the solid-state
cooler based on multiferroic materials. By virtue of the derived equations, we examine the …

The paper presents a theoretical study on the distribution of polarization and mechanical
stresses in the flexoelectric layer accounting for the flexocaloric effect. It is assumed that the …

We have developed theoretical foundations for the design and optimization of a solid-state
cooler working through caloric and multicaloric effects. This approach is based on the …

A theoretical study of the polarization distribution and mechanical stresses in a ferroelectric
ball located in an unlimited dielectric space has been carried out. The ball is covered with a …

It is proposed to use a generalized matrix averaging (GMA) method for calculating the
parameters of an effective medium with physical properties equivalent to those of a set of …

The paper focuses on the analysis of the multicaloric effect in solids. In particular, the
presented approach is applicable to thin films as well. For the piezoelectric material, the …

Abstract Changes in the temperatures and entropy of a piezoelectric layer under the electric
field and stresses applied to its boundaries (a multicaloric effect) have been investigated. It …