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Fan Tomography of Gases and Plasmas Based on the Maximum Entropy Method

机译:基于最大熵方法的气体和等离子体的扇形断层扫描

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摘要

The fan method for reconstruction based on the maximum entropy method is proposed. The algo-rithm allows the spatial characteristics of gas-dynamic and plasma objects to be reconstructed with a sufficiently high degree of accuracy. The reconstruction algorithm is numerically tested by using model problems, and its basic characteristics are obtained. The accuracy of object reconstruction is studied as a function of the number of angles of approach and the “focal” length of the fan. The results of reconstruction by the fan method are compared with the results obtained using a parallel system of data collection.
机译:提出了基于最大熵方法的扇形重构方法。该算法允许以足够高的精确度来重建气体动力学和等离子体对象的空间特征。利用模型问题对重构算法进行了数值测试,得到了其基本特征。研究对象重建的精度,取决于进近角度数量和风扇的“焦距”长度。将通过扇形方法重建的结果与使用并行数据收集系统获得的结果进行比较。

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