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Scanning probe atomic force microscopy nanocomposite radiating elements doped quantum dots and magnetic nanoparticles of core-shell structure

机译:扫描探针原子力显微镜纳米复合辐射元素掺杂核壳结构的量子点和磁性纳米粒子

摘要

The invention relates to measuring equipment and can be used in scanning probe microscopy and atomic force microscopy for the diagnosis and study of nanostructures. Summary of the utility model is that the cantilever is coupled to magnitoprozrachny magnitoprozrachnoy conductive probe needle, whose tip is movably connected by means of two nested carbon nanotubes magnitoprozrachnoy polymer sphere with through pores of nanometer small and large diameter, filled respectively quantum dots and magnetic nanoparticles core-structure shell. Excitation control quantum dot core-shell structure and their movement to the coordinate Z with respect to diagnosing the object by means of electromagnetic fields. The technical result is the possibility of scanning the side walls 3-D nanoobektov and nanokolodtsev the coordinate Z with the simultaneous combination of a point heat combinations, magnetic, and electromagnetic with optical wavelength exposure with simultaneous measurement of the characteristics of the electric response to this stimulus in a common point on the surface of diagnosing object with coordinates X, Y, without affecting adjacent portions.
机译:本发明涉及测量设备,可用于扫描探针显微镜和原子力显微镜,用于诊断和研究纳米结构。本实用新型的概述是,所述悬臂与磁探针导电探针相连,所述探针的尖端通过两个嵌套的碳纳米管磁聚合物球体以可移动的方式连接,所述碳纳米管具有大小不一的纳米通孔,分别填充了量子点和磁性纳米粒子核心结构壳。激发控制量子点核-壳结构及其相对于通过电磁场诊断对象的坐标Z的运动。技术结果是,可以同时将点热,电磁和电磁波与光波长曝光结合起来,扫描侧壁3-D nanoobektov和nanokolodtsev的坐标Z,同时测量对此的电响应特性在坐标X,Y的诊断对象表面的公共点上刺激,而不会影响相邻部分。

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