Characterization of FePt Nanopowder Synthesized by a Chemical Vapor Condensation (CVC) Process

机译：化学蒸汽缩合（CVC）工艺合成的纳米孔的表征

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FePt binary alloy nanopowder has been synthesized by a chemical vapor condensation process using a mixture of iron acetylacetonate and platinum acetylacetonate. Particle size of the synthesized powder was less than 10 nm and the powder had very narrow size distribution with relatively high dispersivity. FePt nanopowder possessing L1_0 ordered phase was synthesized at the condition of well controlled precursor mixing ratio and reaction temperature with some disordered cubic phase.

机译：通过使用铁乙酰丙酮和铂乙酰丙酮的混合物，通过化学蒸汽冷凝工艺合成了备用二元合金纳米粉末。合成粉末的粒度小于10nm，粉末具有非常窄的尺寸分布，具有相对高的分散性。在良好控制的前体混合比和反应温度与一些无序的立方相的条件下合成具有L1_0有序相的纳米粉末。

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《International Conference on Processing Manufacturing of Advanced Materials》|2009年||共6页
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T. S. Jang; J. H. Yu; D. W. Lee; B. K. Kim;
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中图分类 TB3-53;
关键词
Chemical vapor condensation; Iron-platinum binary alloy; L1_0 ordered phase; Magnetic nanopowder;

机译：化学蒸汽凝结;铁 - 铂二元合金;L1_0有序相;磁纳米粉末;

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Characterization of FePt Nanopowder Synthesized by a Chemical Vapor Condensation (CVC) Process

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