首页> 外文会议>IEEE International Conference on Plasma Science >Inquiry the Anode Effect on Growth Thin Films on the Flat Glass in D.C Plasma Magnetron Sputtering by Hollow Cathode and Study About Optical Properties of Copper Film Sputtered on the Zinc Substrate in Different Conditions
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Inquiry the Anode Effect on Growth Thin Films on the Flat Glass in D.C Plasma Magnetron Sputtering by Hollow Cathode and Study About Optical Properties of Copper Film Sputtered on the Zinc Substrate in Different Conditions

机译:通过中空阴极对D.C等离子体磁控溅射的扁平玻璃上生长薄膜的阳极效应。不同条件下锌基质溅射铜膜光学性质的研究

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Summary form only given. The variation of anode shape is cause to changing the rate of deposition. In this paper, we compared the deposition rate of two kind of copper anode (cylindrical and disk) and then we changed the position magnetic field and studied its effect on the growth copper film in argon and nitrogen gases. Also we investigated the optical properties (by AFM and spectrophotometry) on the growth of copper film on the zinc substrate in different conditions of variation of magnetic field and changing the gases. Then we also discussed the possibility of sputtering thin films in the optimum conditions
机译:摘要表格仅给出。阳极形状的变化是改变沉积速率的原因。在本文中,我们比较了两种铜阳极(圆柱形和盘)的沉积速率,然后我们改变了位置磁场,并研究了其对氩气和氮气的生长铜膜的影响。此外,我们还研究了磁场的不同变化条件下锌基板上铜膜的生长的光学性质(通过AFM和分光光度法),并改变气体。然后我们还讨论了在最佳条件下溅射薄膜的可能性

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