首页> 外国专利> Tuning fork based near-field probe for a spectral measurement, a 'near-field' microscope, the same is used, and spectrally analyzing method, which is used a a 'near-field' microscope

Tuning fork based near-field probe for a spectral measurement, a 'near-field' microscope, the same is used, and spectrally analyzing method, which is used a a 'near-field' microscope

机译:使用基于音叉的用于光谱测量的近场探头,“近场”显微镜以及用于“近场”显微镜的光谱分析方法

摘要

The present invention, it is provided the diffusion of other parts to be removed, in addition to an end portion of a nano probe, in a a "near-field" microscope, and a spectral analysis to make it possible, in that the generation of multiple reflections is delayed by the shaft of the nano probe are caused. A first property of the present invention, a generation of multiple reflections to delay in time, in that a probe portion is produced in such a way that a predetermined length or more in a tuning fork - based near-field probe has. A second property of the present invention is to provide a a "near-field" microscope, which is a tuning fork - based near-field probe having a structure as the top and a time range by means of gear shaft to measure the reaction of a scattered. A third property of the present invention is a method for performing a spectral analysis by means of a time domain signal, which is measured by the a "near-field" microscope.
机译:本发明提供了在“近场”显微镜中除了纳米探针的端部之外还去除了要去除的其他部分的扩散,并且通过光谱分析使得有可能产生。多次反射是由纳米探针的轴引起的。本发明的第一特性是产生多次反射以延迟时间,其中,以基于音叉的近场探头具有预定长度或更长的方式产生探头部分。本发明的第二个特征是提供一种“近场”显微镜,它是基于音叉的近场探针,其具有作为顶部和通过齿轮轴的时间范围的结构以测量物体的反应。疏散。本发明的第三特性是一种通过时域信号执行光谱分析的方法,该时域信号由“近场”显微镜测量。

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