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Determination of maximum particle size in magnetic fluids

机译:磁性流体中最大粒径的测定

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摘要

Higher-order moments of particle size distribution functions are determined for magnetic fluids from analysis of initial segments of magnetization curves. It is shown that the higher-order moments calculated using approximation of real particle size distributions by the I" distribution are strongly overestimated. Agreement between the measured and calculated moments can be radically improved by truncating maximum particle size X (max). A relation between X (max) and the parameters of the I" distribution is proposed taking into account the degree of polydispersity of a magnetic fluid. Namely, the ratio between the maximum and most probable particle diameters is equal to the ratio between the mean-square magnetic moment of a particle and its squared average magnetic moment.
机译:通过分析磁化曲线的初始部分来确定磁性流体的粒度分布函数的高阶矩。结果表明,使用I“分布对实际粒度分布进行近似计算得到的高阶矩被大大高估了。通过将最大粒度X(max)截短,可以从根本上改善测量矩和计算矩之间的一致性。考虑到磁性流体的多分散度,提出了X(max)和I”分布的参数。即,最大和最可能的粒径之间的比率等于粒子的均方磁矩与其平方平均磁矩之间的比率。

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