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Radiofrequency electromagnetic properties the La0.6Pb0.4MnO3manganite under dc-biased magnetization

“…The precursors were prepared by a co-precipitation process via the oxalate route using oxides as the starting materials. This method was described in detail by Vladimirova et al [9]. It permits preparation of stoichiometric products with good magnetic and phase homogeneity.…”

Synthesis of magnetic and multiferroic materials from polyvinyl alcohol-based gels

“…The degree of transformation reaches 100% only after calcination of the reaction mixture at 850°C within 5-10 min, and more prolonged heat treatment leads to the decomposition of A number of studies describe attempts to synthesize BiFeO 3 [41][42][43] and Pb x La 1-x MnO 3 [44] through oxalate coprecipitation. In case of Pb x La 1-x MnO 3 it is shown that to obtain a required stoichiometry, two-step calcination is needed: 12 h at 800°C in air and 12 h at 950°C in a stream of O 2 .…”

Synthesis, structural and transport properties of Pr0.75Na0.25Mn1−xFexO3 (0.0≤x≤0.3)

“…Many techniques have been employed to fabricate perovskites based rare earth manganites, including solid-state reaction [18], sol-gel [19], nitrate citrate gel-combustion [20], co-precipitation [21], acrylamide polymerization [22], hydrothermal [23], combustion [24] and microwave techniques [25]. A majority of work available on the synthesis of sodiumdoped praseodymium manganites is generally based on high temperature ceramic method [17].…”