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Enhanced Multiferroic Properties of Nanocrystalline La-Doped BiFeO_3

机译:纳米晶La掺杂BiFeO_3的增强多铁性

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摘要

Large leakage current and very low magnetic moment are the two most disadvantages of BiFeO_3 (BFO) which hinders the possibilities of its application in modern devices. Extensive research work is in progress to overcome these problems. We report here the beneficial effect of La doping in hydrothermally synthesized BFO nanoparticles having average size ~ 50-60 nm. Distinct nonlinear M-H loop accompanied by large coercivity and improve magnetic moment have been observed at room temperature. In addition, lowering of leakage current is achieved by virtue of La doping. Taken together, these findings demonstrate the fundamental importance of doping and size effect in enhancing the multiferroic properties which will open up the possibility of BFO to be use in spintronic devices.
机译:大的泄漏电流和非常低的磁矩是BiFeO_3(BFO)的两个最大缺点,这阻碍了BiFeO_3在现代设备中的应用。为了克服这些问题,正在进行广泛的研究工作。我们在此报告了La掺杂对水热合成的BFO纳米粒子的平均尺寸约为50-60 nm的有益作用。在室温下已观察到明显的非线性M-H回路,伴随有较大的矫顽力和改善的磁矩。另外,借助于La掺杂实现了泄漏电流的降低。综上所述,这些发现证明了掺杂和尺寸效应在增强多铁性性质方面的根本重要性,这将打开BFO用于自旋电子器件的可能性。

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