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Theoretical Justification of Optimal Design and Process Parameters of Pneumomagnetic Separation

机译：肺池磁分离最优设计与过程参数的理论典范

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The preparation of high-quality seed grains at seed-testing stations requires their magnetic cleaning. In case of pneumomagnetic separation, the seed mixture particle is affected by various forces, which intensity and direction change depending on design requirements of the inductor and the particle position in its magnetic field. The analysis of a particle motion in a working channel, as well as the mathematical model itself may take into account certain conditions. The solution of the differential equation system at various combination of speed and direction of particle input into a channel, as well as different correlation of horizontal and vertical components of a magnetic force allowed defining the main pattern of pneumomagnetic separation and provided for the theoretical study of the influence of design and process parameters of the pneumomagnetic separator working body on separation. The analysis of seed motion paths related to a dodder and a clover made it possible to build the particle motion curves taking into account various magnetic force in a working channel, as well as to present a diagram illustrating the possibility to implement pneumomagnetic separation depending on the correlation of the air speed and the magnetic force impacting a particle.
机译：在种子测试站的高质量种子颗粒的制备需要它们的磁性清洁。在肺泡分离的情况下，种子混合物颗粒受各种力的影响，这是根据电感器的设计要求和其磁场中的颗粒位置的强度和方向变化。在工作通道中的粒子运动分析，以及数学模型本身可能考虑到某些条件。微分方程系统的速度和方向输入到通道中的各种组合的溶液，以及磁力的水平和垂直部件的不同相关性允许定义肺泡分离的主要模式，并为理论研究提供了肺池磁隔离工作体的设计和工艺参数对分离的影响。与筒筒和三叶草相关的种子运动路​​径的分析使得可以在工作通道中考虑各种磁力来构建粒子运动曲线，以及提出根据的可能性实施肺磁性分离的图。空气速度与磁力冲击粒子的相关性。

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