New compounds with perovskite-like structures
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Highly efficient and stable Ra<inf>2</inf>LaNbO<inf>6</inf> double perovskite for energy conversion device applications
2024, Materials Science for Energy TechnologiesInfluence of Ba-doping on the structural and physical properties of Sr<inf>2−x</inf>Ba<inf>x</inf>FeVO<inf>6</inf> double perovskites
2023, Journal of Alloys and CompoundsCitation Excerpt :In the early 1950 s, Steward and Rookseby first reported on the Ba2CaWO6 DP oxide [9], and more works were carried out in the late 1950 s [10,11]. In the mid of 1970 s, many DP oxides had been synthesized and characterized [12–17]. However, it was until the year of 1998 researches on DP oxides achieved a breakthrough because high magnetoresistance (MR) (MR = 10 % at 300 K and 7 T) was reported in the half-metallic (HM) Sr2FeMoO6 (SFMO) DP oxide with a Curie temperature (TC) of 410 K, much higher than room temperature (RT) [3].
Optical spectra of Mn<sup>4+</sup> in double perovskites Ba<inf>2</inf>LnNbO<inf>6</inf> (Ln= La, Gd, Y)
2021, Optical Materials: XCitation Excerpt :Starting in the 1960's, Prof. George Blasse working at Philips and later at Utrecht University explored the magnetism of transition metal ions and luminescence of several optically active ions in compounds that crystallize in the double perovskite structure [1–5].
Structural and dielectric characterization of triple perovskites Ba<inf>3</inf>NiTaNbO<inf>9</inf> and Ba<inf>3</inf>NiTaSbO<inf>9</inf>
2021, Journal of Alloys and Compounds