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Effect Of Oxygen Partial Pressure On Pld Cobalt Oxide Films

机译:氧气分压对Pld氧化钴膜的影响

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Thin CoO oxide layers with superior properties in terms of crystallographic ordering, surface roughness and constant and controlled chemical compositions have been prepared by pulsed laser deposition in reactive O_2 atmosphere at 400 ℃. Such systems are particularly suitable both for applications and for basic studies, any time high quality and controlled surfaces are required, for example in multilayered systems whose behaviour critically depends on interface properties, such as magnetically exchange-coupled systems. A structural and microstructural study of such films is presented, together with the compositional analysis for different process conditions. The best control on film stoichiometry was obtained by protecting the surface with a thin Pt cap-layer, before air exposure.
机译:在400℃的反应性O_2气氛中通过脉冲激光沉积制备了具有优异的晶体学有序性,表面粗糙度和恒定的化学组成的CoO氧化物薄层。这样的系统特别适用于应用和基础研究,任何时候都需要高质量和受控的表面,例如在行为严重取决于界面特性的多层系统中,例如磁交换耦合系统。提出了这种薄膜的结构和微观结构研究,以及针对不同工艺条件的成分分析。通过在暴露于空气之前用薄的Pt盖层保护表面,可以实现最佳的薄膜化学计量控制。

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