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Micro Roughness Determination Of Periodic Microelectronics Structures Using Optical Far Field Measurements

机译:光学远场测量的微粗糙度测定周期性微电子结构

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The recent advance in lithography process leads to microelectronics compound size reduction. As a direct consequence, micro roughness should not be negligible compared to critical dimension. That is why a novel approach has been developed using an angle resolved scatterometer to quantify roughness value. In order to compare and validate results from scattering measurement, a multiscale analysis will be performed with AFM measurement. Based on theory and numerical models, validation of this technique is performed.
机译:最近的光刻工艺的进步导致微电子化合物尺寸减少。与关键尺寸相比,作为直接后果,微粗糙度不应忽略不计。这就是为什么使用角度分辨散射计来量化粗糙度值的新方法的原因。为了比较和验证散射测量结果,将使用AFM测量执行多尺度分析。基于理论和数值模型,执行该技术的验证。

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