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Electrochemical Quartz Crystal Microbalance (EQCM) Studies of Cd and Te Atomic Layer Formation and their Alternation to form CdTe (EC-ALE),using a Thin Layer Flow Cell

机译:使用薄层流动细胞,电化学石英晶体微稳态(EQCM)研究及其制备CDTE(EC-ALE)的交替形成

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An electrochemical quartz crystal microbalance (EQCM) has been incorporated into a thin layer electrochemical cell to study the deposition of Cd and Te atomic layer formation and the alternated deposition of Cd and Te atomic layers to form CdTe using the EC-ALE methodology.9 MHz AT-cut quartz crystals,with 5 mm diameter sputtered Au electrodes on each side (Seiko),were used as substrates in a thin layer electrochemical flow cell.
机译:将电化学石英晶体微稳定(EQCM)掺入薄层电化学电池中,以研究CD和TE原子层的沉积和CD和TE原子层的交替沉积,以使用EC-ALE方法形成CDTE.9 MHz在每侧(Seiko)上的5mm直径的溅射Au电极,用作薄层电化学流动细胞中的溅射晶体。

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