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Optimization of a Radiometric Density Meter for Monitoring of a Coal Separation Process in a Jig

机译:用于监测夹具中煤分离过程的辐射密度计的优化

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Abstract: It should be possible to optimize discrete filters applied in an electronic circuit of a radiometric density meter monitoring coal separation processes in a jig. The signal from the meter can be used to (1) evaluate the degree in which coal grains loosen during cyclic water pulsations and (2) to determine the density of the separation layer in the jig. The signal transmitted by the radiation detector is variable due to stochastic decay of the radiation source and changes in media density. The authors present a simulation model of the radiometric meter and discuss results of optimization procedures based on industrial tests.
机译:摘要:应该有可能优化应用于辐射密度计监测夹具中煤分离过程的电子电路中的离散滤波器。来自仪表的信号可用于(1)评估循环水脉动期间煤粒的疏松程度,以及(2)确定夹具中分离层的密度。由于辐射源的随机衰减和介质密度的变化,辐射探测器发射的信号是可变的。作者介绍了辐射计的仿真模型,并讨论了基于工业测试的优化程序的结果。

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