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Simultaneous single particle magnetization and size measurements of micron sized magnetic particles

机译:微米尺寸磁性颗粒的同时单粒子磁化和尺寸测量值

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摘要

Single particle magnetization and size measurements of micron and nano sized, magnetic particles were made using a previously described device referred to as Cell Tracking Velocimetry, CTV. Three types of commercially available, and commonly used, magnetic particles were studied in this report. While the CTV instrument provides individual particles measurements, the average magnetization and size measurements were found to have reasonable agreements with reported values from instruments which measure bulk values. In addition, the CTV instrument, using electromagnets, can also determine magnetization curves, which also proved to have reasonable agreement with other published studies. Given that magnetic separation and analysis technology is dependent on the quality of the magnetic particles used, studies such as this one using CTV provide not only average data, but also provides information with respect to the distribution of the properties such as magnetization and size. For example, the spread of the data in magnetic and settling velocities were found to be predominately due to the size distribution of the analyzed particles.
机译:使用先前描述的称为细胞跟踪测速仪(CTV)的设备进行了微米级和纳米级磁性颗粒的单颗粒磁化和尺寸测量。本报告研究了三种类型的可商购和常用的磁性颗粒。尽管CTV仪器提供单独的颗粒测量值,但平均磁化强度和尺寸测量值与测量体积值的仪器报告的值具有合理的一致性。另外,使用电磁体的CTV仪器还可以确定磁化曲线,这也证明与其他已发表的研究有合理的一致性。鉴于磁分离和分析技术取决于所用磁性颗粒的质量,使用CTV进行的此类研究不仅提供了平均数据,而且还提供了有关诸如磁化强度和尺寸之类的特性分布的信息。例如,由于所分析颗粒的尺寸分布,发现数据在磁速度和沉降速度中的传播占主导地位。

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