Dielectric and multiferroic properties of 0.75BiFeO3–0.25BaTiO3 solid solution

Investigation of multiferroic properties of doped BiFeO3–BaTiO3 composite ceramics

“…It is seen that BDFCO-BTO composite exhibits a better magnetic hysteresis than the undoped BFO when compared to BDFO-BTO composite. Our results are found to be better than that of other experimental reports [12]. BDFO-BTO shows relatively low saturation compared to BDFCO-BTO composite.…”

“…Recently Kumar et al [12], Buscaglia et al [13], Chandarak et al [14], Itoh et al [15] and Bennett et al [16] have studied such systems. Recently Kumar et al [12], Buscaglia et al [13], Chandarak et al [14], Itoh et al [15] and Bennett et al [16] have studied such systems.…”

Order–Disorder Phase Transition and Magneto‐Dielectric Properties of (1−x)LiFe5O8–xLi2ZnTi3O8 Spinel‐Structured Solid Solution Ceramics

“…Moreover, the multiphase cofired ceramics usually show compromised properties rather than an optimization of each component. Therefore, to develop novel materials with outstanding comprehensive properties, the solid solution method, as an important solution to improve the performance of materials through compositional design, attracts more and more concerns …”

“…Therefore, to develop novel materials with outstanding comprehensive properties, the solid solution method, as an important solution to improve the performance of materials through compositional design, attracts more and more concerns. [7][8][9] The spinel structure with the typical chemical formula of AB 2 O 4 belongs to a cubic crystalline system with a large unit cell containing 8A, 16B, and 32 oxygen atoms. The oxygen ions form a cubic close-packed array with tetrahedrally (T d ) and octahedrally (O h ) coordinated interstices.…”

Enhanced multiferroic and dielectric properties of Sr2+-doped BiFe0.94(Mn0.04Cr0.02)O3 thin films

“…Multiferroic materials exhibit the coexistence of ferromagnetic, ferroelectric and/or ferroelastic properties within a single phase [1][2][3]. BiFeO 3 (BFO), which is one of the few room temperature ferroelectricity (Curie temperature T C = 1,103 K) and G-type anti-ferromagnetic (Néel temperature T N = 643 K) properties [4][5][6][7], attracts a great attention due to its long range magnetic and electric ordering in the electronic information storage, integrated microelectronic memory devices, etc.…”