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Investigation of metallic contamination analysis using vapor phase decomposition - droplet collection - total reflection X-ray fluorescence (VPD-DC-TXRF) for Pt-group elements on silicon wafers

机译:使用气相分解的金属污染分析研究 - 硅晶片Pt-Gafers的全反射X射线荧光(VPD-DC-TXRF)

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The conventional VPD-DC-TXRF method seems not applicable to the Pt-group elements because of dependency of the collection on the chemical state and a limited kinetics of dissolution. Further development of this method for the noble elements might benefit from more innovative ideas such as using underetching in the VPD step, use of electrochemical power, or specific complexing agents. An alternative preconcentration method might be found in the droplet sandwich etch (DSE) method, with a clear advantage of a longer contact time and less dependency on the wetting properties of the applied solution and substrate. Current contamination monitoring is advised to apply methods without chemical preconcentration such as Direct-TXRF monitoring and preferable Sweeping-TXRF for better statistical control.
机译:传统的VPD-DC-TXRF方法似乎不适用于PT-GROUM元素,因为该收集对化学状态的依赖性和溶解的有限动力学。该方法的进一步发展该方法对于贵族元件可能受益于更具创意的思想,例如在VPD步骤中使用换算,使用电化学功率或特定的络合剂。在液滴夹层蚀刻(DSE)方法中可以发现替代的预浓缩方法,具有明显的优点,较长的接触时间和较少依赖于所施加的溶液和基材的润湿性质。建议当前的污染监测在没有化学预浓缩的情况下应用方法,例如直接TXRF监测和优选的扫描-TXRF,以便更好地进行统计控制。

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