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Direct chemical synthesis of L1_0 FePt nanoparticles

机译:直接化学合成L1_0纳米粒子

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Ordered faced-centered tetragonal (fct) FePt nanoparticles were successfully synthesized by a chemical method using presynthesized Au nanoparticles as the "catalyst." The reaction temperature was also studied and it seems that there is an optimum value of 360 °C where the fct structure is formed. The particles have a mean diameter of 3.5-15 nm and the x-ray diffraction patterns exhibited (001) and (110), which signified the tetragonal phase formation. Room temperature magnetic hysteresis loops show that the FePt particles have coercive fields between 0.68 and 2.8 kOe.
机译:通过使用促进的Au纳米粒子作为“催化剂”,通过化学方法成功地合成了订购的面为四方(FCT)纳米粒子。还研究了反应温度,似乎存在360℃的最佳值,其中形成FCT结构。颗粒的平均直径为3.5-15nm,并且表现出(001)和(110)的X射线衍射图,其表示四边形相形成。室温磁滞回路表明,备用颗粒具有0.68和2.8 koe之间的矫顽田。

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