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DAMPING OF CORONAL LOOP OSCILLATIONS BY RESONANT ABSORPTION OF QUASI-MODE KINK OSCILLATIONS

机译:通过谐振吸收Quasi模式扭结振荡阻尼冠状环振荡

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Damped quasi-mode kink oscillations in cylindrical flux tubes are capable of explaining the observed rapid damping of the coronal loop oscillations when the ratio of the inhomogeneity length scale to the radius of the loop is allowed to vary from loop to loop. They do not need to invoke anomalously low Reynolds numbers. The theoretical expressions for the decay time by Hollweg & Yang (1988) and Rud-erman & Roberts (2002) are used to estimate the ratio of the length scale of inhomogeneity compared to the loop radius for a collection of loop oscillations.
机译:圆柱形磁通管中的阻尼准模纹振荡能够解释当允许不均匀长度尺度与环半径的比率与环路的比率不同时观察到冠状环振荡的快速阻尼。它们不需要举出异常的低雷诺数。 Hollweg&Yang(1988)和Rud-eMan和Roberts(2002)的衰变时间的理论表达式用于估计与环形振荡集合的环形半径相比的不均匀性长度比的比例。

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