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首页> 外文期刊>Tribologia >THE INFLUENCE OF TEMPERATURE ON COEFFICIENT OF MAGNETIC SUSCEPTIBILITY χ OF FERRO-OILS WITH DIFFERENT CONCENTRATIONS OF MAGNETIC PARTICLES
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THE INFLUENCE OF TEMPERATURE ON COEFFICIENT OF MAGNETIC SUSCEPTIBILITY χ OF FERRO-OILS WITH DIFFERENT CONCENTRATIONS OF MAGNETIC PARTICLES

机译:温度对不同磁性颗粒浓度铁油磁化系数Χ的影响

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In this paper, the authors presented research concerning the determination of the relation between magnetic susceptibility coefficient χ of ferro-oil and temperature changes. The tests were conducted on the ferro-oil samples of various, chosen magnetic particles concentrations: 1, 2, 4, 6, and 8. In accordance with the conclusions resulting from Curie-Weiss equation, the values of magnetic susceptibility χ depend on the physicochemical features of considered material, including the magnitude and amount (concentration) of magnetic particles and physical properties of its environment, i.e. the kind and direction of magnetic field and also on the operating temperature, which is the main subject of conducted tests in this paper. This article presents the structure of the bench used for experimental designation of magnetic susceptibility coefficient in relation to temperature changes of tested ferro-oil. Moreover, the authors demonstrated a method enabling the determination of these values from obtained measurement data, conducted the analysis of obtained results and presented the conclusions.
机译:在本文中,作者介绍了关于确定铁油磁化系数χ与温度变化之间关系的研究。测试是在各种选择的磁性颗粒浓度的铁油样品上进行的:1%、2%、4%、6% 和 8%。根据居里-魏斯方程得出的结论,磁化率χ的值取决于所研究材料的物理化学特征,包括磁性粒子的大小和数量(浓度)及其环境的物理性质,即磁场的种类和方向以及工作温度,这是本文进行测试的主要主题。本文介绍了用于实验指定与被测铁油温度变化相关的磁化系数的工作台的结构。此外,作者还展示了一种能够从获得的测量数据中确定这些值的方法,对获得的结果进行了分析并提出了结论。

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