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Solar Internal Composition and Nuclear Reaction Rates in the Light of Helioseismology

机译:从太阳地震学角度看太阳内部组成和核反应速率

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Acoustic modes are a suitable probe to check the internal solar composition and give constraints on regions of turbulence or mixing in stellar interiors. The recent results obtained with the SOHO satellite involve practically all the acoustic modes and are extremely useful to check theoretical assumptions. If turbulence is favoured to explain lithium burning in the tachocline layers located at the base of the convection zone, central turbulent mixing seems to be strongly rejected by the present observations. Nuclear reaction rates cannot be directly verified by this type of probe but they are indirectly constrained through the behaviour of the sound speed. So, some puzzling problems concerning Maxwellian distribution or dynamical effects in stellar plasma are enlightened by the accuracy of the present seismic data.
机译:声学模式是检查内部太阳成分并在恒星内部的湍流或混合区域施加约束的合适探针。 SOHO卫星获得的最新结果几乎涉及所有声学模式,对于检查理论假设非常有用。如果用湍流来解释对流区底部的茶可可碱层中的锂燃烧,则本研究结果似乎强烈拒绝了中央湍流混合。核反应速率无法通过这种类型的探针直接验证,但它们会受到声速行为的间接限制。因此,当前地震数据的准确性为一些有关麦克斯韦分布或恒星等离子体动力效应的令人困惑的问题提供了启示。

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