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A Correction of Geometric Error of Nano-indenter Using Atomic Force Microscope and Finite Element Method

机译:用原子力显微镜和有限元法校正纳米压痕的几何误差

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In this study, we investigated indentation behavior by varying the tip radius in a finite element model. We measured the tip radius and shape of the nano-indenter by SPM (scanning probe microscope) and compared them with the simulation results. The tip radius of cube corner indenter was measured to be 39nm, in agreement with the common tip radius of such indenters, which range from 20~50nm.
机译:在这项研究中,我们通过在有限元模型中改变尖端半径来调查压痕行为。我们通过SPM(扫描探针显微镜)测量纳米压纳的尖端半径和形状,并将其与模拟结果进行比较。立方体角压缩的尖端半径被测量为39nm,同时与这种压头的共同尖端半径一致,范围为20〜50nm。

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