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Polymer micro cantilevers for force controlled atomic force microscopy 2 - Fabrication of cantilevers

机译:用于力控制原子力显微镜的聚合物微悬臂梁2-悬臂梁的制造

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The micro cantilever made of entirely plastic material has been developed. The probing tip, cantilever and base are made of same photo plastic. By arranging the geometry of the cantilever, its spring constant and resonant frequency is controlled. The low Q of the polyimide improves the stability of the force controlled atomic force microscope. The fabrication error in cantilever geometry was 1.5%. The estimated resonant frequency has a good agreement with the designed value.
机译:已经开发了完全由塑料制成的微悬臂梁。探测头,悬臂和底座均由相同的照片塑料制成。通过布置悬臂的几何形状,可以控制其弹簧常数和共振频率。聚酰亚胺的低Q值提高了受力控制的原子力显微镜的稳定性。悬臂几何形状的制造误差为1.5%。估计的谐振频率与设计值有很好的一致性。

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