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Finite-volume solution of the second-order radiative transfer equation: Accuracy and solution cost

机译:二阶辐射传递方程的有限体积解:精度和解成本

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摘要

The finite-volume method is applied to the second-order radiative transfer equation, proposed by Zhao and Liu, to study its accuracy and solution cost for two simple two-dimensional problems. The second-order equation leads to results that are accurate and bounded, but the iterative solution of the equations is expensive, especially for weakly participating media. The high cost is due mainly to the elliptic character of the second-order equation and the lack of diagonal dominance of the algebraic equations.
机译:将有限体积方法应用于赵和刘提出的二阶辐射传递方程,以研究其对于两个简单二维问题的准确性和求解成本。二阶方程得出的结果是准确且有界的,但是方程的迭代解很昂贵,尤其是对于弱参与的介质。较高的成本主要是由于二阶方程的椭圆特性和代数方程对角线优势的缺乏。

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