Backward plume deposition as a novel technique for high deposition rate Fe nanoclusters synthesis - art. no. 115617

Lin JJ; Mahmood S; Tan TL; Springham SV; Lee P; Rawat RS

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Backward plume deposition as a novel technique for high deposition rate Fe nanoclusters synthesis - art. no. 115617

机译：向后羽流沉积作为高沉积速率Fe纳米团簇合成的新技术-艺术。没有。 115617

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Fe nanoclusters with a much higher deposition rate and significantly less laser droplets were successfully synthesized by laser ablation of an Fe target along a circular strip which encircled the Si substrate mounted on the target itself. This method is coined as backward plume deposition (BPD). The mechanism of higher deposition rate for BPD was investigated by characterizing the ablated plume dynamics using time-resolved ICCD imaging. Detailed nanocluster morphology, deposition rates and magnetic properties were studied by SEM, surface profiler and VSM. This method opens up a new paradigm for industrial applications of pulsed laser deposition due to appreciably enhanced deposition rates with reduced laser droplets.

机译：通过沿着围绕着安装在靶材本身上的Si衬底的圆形带材对靶材进行激光烧蚀，成功地合成了具有更高沉积速率和明显更少的激光滴的Fe纳米团簇。这种方法被称为后羽沉积（BPD）。通过使用时间分辨ICCD成像表征消融羽流动力学，研究了BPD更高沉积速率的机理。通过SEM，表面轮廓仪和VSM研究了详细的纳米团簇形态，沉积速率和磁性能。由于显着提高了沉积速率并减少了激光滴，这种方法为脉冲激光沉积的工业应用开辟了新的范例。

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《Nanotechnology》 |2007年第11期|共1页
作者
Lin JJ; Mahmood S; Tan TL; Springham SV; Lee P; Rawat RS;
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正文语种 eng
中图分类一般工业技术;
关键词
PULSED-LASER DEPOSITION; AMBIENT AIR; ABLATION; FILMS; LAYER; GAS; MOLECULES; GEOMETRY; GROWTH; STEEL;

机译：脉冲激光沉积;环境空气;烧蚀;薄膜;层;气体;分子;几何;生长;钢;

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1. Backward plume deposition as a novel technique for high deposition rate Fe nanoclusters synthesis - art. no. 115617 [J] . Lin JJ, Mahmood S, Tan TL, Nanotechnology . 2007,第11期

机译：向后羽流沉积作为高沉积速率Fe纳米团簇合成的新技术-艺术。没有。 115617
2. Synthesis of Fe3O4 nanostructures by backward plume deposition and influence of ambient gas pressure on their morphology [J] . J J Lin, S Mahmood, T Zhang, Journal of Physics, D. Applied Physics: A Europhysics Journal . 2007,第8期

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3. Rational synthesis, self-assembly, and optical properties of PbS-Au heterogeneous nanostructures via preferential deposition - art. no. JA062494R [J] . Yang J, Elim HI, Zhang QB, Journal of the American Chemical Society . 2006,第36期

机译：PbS-Au异质纳米结构通过优先沉积的合理合成，自组装和光学性质-艺术。没有。 JA062494R
4. Synthesis of Al/TiC{sub}p Based Functionally Gradient Materials Using the Novel Technique of Gradient Slurry Disintegration and Deposition: Effect of Particulates Feed Rate [C] . S. M. L. Nai, M. Gupta International Conference on Advanced Materials Processing . 2003

机译：基于Al / TiC {Sub} P的功能梯度材料使用新型梯度浆料崩解和沉积技术：颗粒饲料速率的影响
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Backward plume deposition as a novel technique for high deposition rate Fe nanoclusters synthesis - art. no. 115617

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