Multiferroic materials have gone through significant advancement and attracted widespread
attention due to their multifunctional characteristics and discovery of various new physical …

Rare earth ion (RE)-substitution has been recognized as an effective way for improving
multiferroic properties especially for realizing the electric field-controlled magnetism in …

In the present work, Bi0. 86Sm0. 14FeO3 ceramics with near Pna21 single‐phase structure
were obtained by a repeated longtime sintering process, and the dielectric, ferroelectric, and …

In the present work, the strategy of multielements co‐substitution for BiFeO3 ceramics was
adopted to enhance the ferroelectricity and magnetoelectric coupling effect where the …

The effects of La/Ho co-substitution on multiferroic characteristics were investigated for
BiFeO 3 ceramics together with structure evolution. The symmetry in Bi 1− x (La 0.65 Ho …

In this study, multiple rare earth elements were introduced to modify the multiferroic
properties of BiFeO 3. The effects of co-substitution on the structural evolution and properties …

Conventional sintering method was usually used to prepare composite multiferroic
materials, which may lead to some problems, such as uneven grains and large leakage …

In the present study, SrTiO3 was selected to enhance the multiferroic characteristics of Bi0.
88Sm0. 12FeO3 (BSF) ceramics. With increasing SrTiO3 content, the principal phase of BSF …