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Thermal actuated multi-probes cantilever array for scanning probe parallel nano writing system

机译:用于扫描探头并联纳米书写系统的热驱动多探针悬臂阵列

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This research developed an individually driving one-dimensional (1-D) multi-probes cantilever array used in a scanning probe parallel nano writing system. The multi-probes cantilever array comprises two kinds of probes for writing and imaging. The writing probes each have thermal actuators for an on-off switch of contact between probes and a sample surface, whereas imaging probes function as a piezoresistive sensor for detecting a deflection of the cantilever array. This study prepared several kinds of writing probes by changing the electrical heater pattern of the actuators and the cantilever length, based on electro thermo-mechanical coupled FE simulations. Consequently, we were able to determine a better design for the multi-probes cantilever array.
机译:该研究开发了一种在扫描探针并联纳米写入系统中使用的单独驾驶一维(1-D)多探针悬臂阵列。多探针悬臂阵列包括两种用于写入和成像的探针。写入探针各自具有用于探针和样品表面之间接触的开关的热致动器,而成像探针用作压阻传感器,用于检测悬臂阵列的偏转。该研究通过改变致动器的电加热器图案和悬臂长度,基于电热热机械耦合Fe模拟来制备几种书写探针。因此,我们能够为多探针悬臂阵列确定更好的设计。

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