Magnetic and morphological characterization of bulk Bi2Fe4O9 derived by reverse chemical co-precipitation: A comparative study of different sintering methods

Structural, Electrical, and Magnetic Properties of Mullite-Type Ceramic: Bi2Fe4O9

“…Various chemical methods such as solid-state reaction route, chemical co-precipitation, sol-gel and hydrothermal have been used to produce Bi 2 Fe 4 O 9 [14][15][16]. The properties of materials are highly dependent on structural, microstructural properties and methods of synthesis.…”

Preparation of modified SrAl 1.3 Fe 10.7 O 19 nanostructures and evaluation of size influence on its optical and magnetic properties

“…It is well known that the augmenting heterojunction interfaces play a key role to tailor NPs features originated by more interactions of the grain boundaries by the reacting medium [7, 8]. Recently, the influence of the sintering time and temperature [9, 10] on the morphology and feature of the NPs were deeply investigated. Moreover, it is found that the leaching processes [11, 12] as well as capping agents [4, 7] pave the way for the tuning size.…”