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Growth of Fe Oxide Whisker from Fe-Cu and Fe-Ag Supersaturated Solid Solution Nanoparticles

机译:从Fe-Cu和Fe-Ag过饱和固溶体纳米粒子生长Fe氧化晶须

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Fe-Cu and Fe-Ag binary systems are virtually immiscible for a whole range of composition in equilibrium. In the present study, Fe-Cu and Fe-Ag nanoparticles were produced by DC plasma jet method. The produced Fe-Cu and Fe-Ag nanoparticles had mean particle sizes of about 70 nm, and were a mixture of bcc and fcc phases. It was revealed by analytical high-resolution TEM observations that the nanoparticles of Fe-Cu and Fe-Ag were supersaturated solid solution. The Fe-Cu and Fe-Ag nanoparticles were heated up to 700°C under flowing Ar(O_2). Numerous Fe oxide whiskers with a particle on their tip grew from the particles sintered during heating.
机译:Fe-Cu和Fe-Ag二元体系实际上对组成平衡的整个范围都是不溶混的。在本研究中,Fe-Cu和Fe-Ag纳米粒子是通过直流等离子喷射法生产的。产生的Fe-Cu和Fe-Ag纳米颗粒具有约70nm的平均粒径,并且是bcc相和fcc相的混合物。分析型高分辨率TEM观察表明,Fe-Cu和Fe-Ag纳米粒子是过饱和固溶体。在流动的Ar(O_2)下将Fe-Cu和Fe-Ag纳米颗粒加热到700°C。从加热过程中烧结的颗粒中生长出许多尖端上带有颗粒的Fe晶须。

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