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TAPPING MODE AFM INCLUDING MULTIPLE CANTILEVER FOR AFM AND SCAN METHOD OF THE SAME

机译:包含多个悬臂的攻丝模式原子力显微镜和相同的扫描方法

摘要

PROBLEM TO BE SOLVED: To provide: a cantilever that can control impact energy in a collision and reduce damage to a sample to solve the problem in which in a tapping mode of an atomic force microscope the cantilever comes into contact with the measurement sample even in a very short time and damages a surface of the sample; and a scan device using the cantilever.;SOLUTION: A multiple cantilever is a many-body vibration system formed by connecting one cantilever 8A with other two cantilevers 8B and 8C. An AFM device is fabricated so as to scan a surface of the sample while tapping the cantilever 8B and apply an excitation to the cantilever 8C. Since a certain amount of energy flows from the cantilever 8C to the cantilever 8B, when an input amount of energy by excitation and an attenuation of energy by collision in tapping are controlled to be equal to the energy transfer amount, a steady vibration is expected to occur thereby controlling the collision speed of the cantilever 8B and reducing the impact energy.;COPYRIGHT: (C)2013,JPO&INPIT
机译:要解决的问题:提供:一种悬臂,该悬臂可以控制碰撞中的冲击能量并减少对样品的损坏,以解决以下问题:即使在原子力显微镜的敲击模式下,该悬臂也可以与测量样品接触。时间很短,会损坏样品表面;解决方案:多悬臂是通过将一个悬臂8A与另外两个悬臂8B和8C连接而形成的多体振动系统。制造AFM装置以便在敲击悬臂8B的同时扫描样品的表面并将激发施加到悬臂8C。由于一定量的能量从悬臂8C流向悬臂8B,因此,当将通过励磁引起的能量输入量和通过敲击时的碰撞引起的能量衰减量控制为与能量传递量相等时,可以期待稳定的振动。发生从而控制悬臂8B的碰撞速度并降低冲击能量。;版权所有:(C)2013,JPO&INPIT

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