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Method for determining the the magnetization of the magnetic nanoparticles and a device for determining the magnetization of the magnetic nanoparticles

机译:用于确定磁性纳米颗粒的磁化强度的方法和用于确定磁性纳米颗粒的磁化强度的装置

摘要

the invention relates to the setting of the value namagnesowania magnetic nanoparticles in liquid diluent / solvent.in accordance with the way, relevant / suspension magnetic nanoparticles in achiralnym liquid diluent / solvent, of substantially homogeneous magnetic nanoparticles concentration, placed in constant substantially homogeneous magnetic field.the illuminating beam is passed monochromatycznu0105 spolaryzowanu0105 essentially linearly by the relevant / suspension along the optical axis substantially conforming with the vector magnetic field, and the measured value of at least two parameters of the stokes mueller - beam illuminating pass more by this relevant / suspensionthe measurement shall be carried out for at least two different intensities of standing essentially homogeneous magnetic field, obtaining a data set on the basis of which determines the value namagnesowania magnetic nanoparticles.the invention relates to devices comprising essentially the monochrome light beam source (1), the measuring vessel (3), a magnetic field source (4) and a fotodetektorowy (5), in which the source essentially monochrome light beam (1), the measuring vessel (3) and the team fotodetektorowy (5) are placed on a common optical axis (6).
机译:本发明涉及在液体稀释剂/溶剂中设定值的纳米氧化镁磁性纳米粒子。按照这种方式,将具有非均质磁性纳米粒子浓度的,在非手性液体稀释剂/溶剂中的相关悬浮磁性纳米粒子置于基本上恒定的位置。均匀的磁场。通过相关的悬架沿着基本与矢量磁场一致的光轴使照明光束基本上线性地线性通过单色光,并获得斯托克斯穆勒光束至少两个参数的测量值通过该相关的/悬浮物更多地通过照明,应当对至少两种不同的站立的均匀磁场强度进行测量,获得一个数据集,基于该数据集可以确定纳米低硫磁性纳米粒子的值。单色灯光束源(1),测量容器(3),磁场源(4)和fotodetektorowy(5),其中光源基本上是单色光束(1),测量容器(3)和fotodetektorowy团队(5)放在公共光轴(6)上。

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