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Synthesis of Single-Crystalline La_(1-x)Ba_xMnO_3 Nanocubes with Adjustable Doping Levels

机译:掺杂水平可调节的单晶La_(1-x)Ba_xMnO_3纳米立方体的合成

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摘要

We report a hydrothermal synthesis of single-crystalline nanocubes composed of lanthanum barium manganite (La_(1-X)Ba_xMnO_3) with three different doping levels (x = 0.3,0.5,and 0.6).The synthesis yields clearly faceted nanocubes with a pseudo-cubic perovskite structure.Typical nanocubes have sizes ranging between 50 and 100 nm irrespective of doping level.Magnetic measurements performed on nanocube ensembles show that the magnetic properties depend on the doping level.The ability to synthesize nanoscale manganites of a desired doping level should enable detailed investigations of the size-dependent evolution of magnetism,colossal magnetoresistance,and nanoscale phase separation.
机译:我们报告了由水热合成的锰镧镧(La_(1-X)Ba_xMnO_3)三种掺杂水平(x = 0.3、0.5和0.6)组成的单晶纳米晶。立方钙钛矿结构。典型的纳米立方体的尺寸在50到100 nm之间,与掺杂水平无关。对纳米立方体集合体进行的磁测量表明,磁性取决于掺杂水平。合成所需掺杂水平的纳米级锰铁矿的能力应能够实现详细的设计。磁性,巨磁阻和纳米级相分离的尺寸依赖性演化的研究。

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