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Microfabrication of gallium arsenide cantilever for atomic force microscope application

机译:用于原子力显微镜应用的砷化镓悬臂的微制造

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Recently, several researchers [1~5] have reported fabrications of cantilever based on various GaAs related bulk and hetrostructure materials. But the details of fabrication processes and of mechanical properties have not yet been reported so far. In this work, we report fabrication and estimation of full GaAs cantilever for use of scanting probe microscopy. The process was accomplished only by photo-lithography and two-kind wet chemical etching. As a result. almost one third of the samples had a perfect appearance as designed. For those samples. we made resonance frequency measurement by using laser vibrometer and found a good agreement with the calculation. We also tried atomic force microscopy (AFM) observations by using this cantilever and obtained equal images to those by commercial Si cantilever.
机译:最近,几个研究人员[1〜5]报道了基于各种GaAs相关散装和旋转气板材料的悬臂的制造。但到目前为止还尚未报告制造过程和机械性能的细节。在这项工作中,我们报告了用于使用致扫描探针显微镜的完整GaAs悬臂的制造和估计。该过程仅通过光刻和两种湿化学蚀刻完成。其结果。几乎三分之一的样品如同设计的完美外观。对于那些样品。我们通过使用激光振动计进行了共振频率测量,并与计算吻合良好。我们还尝试了通过使用该悬臂的原子力显微镜(AFM)观察,并通过商业Si悬臂获得了相同的图像。

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