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arXiv 1301.3754hep-phastro-ph.SR
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太阳对某些核衰变速率影响的事例

The Case for a Solar Influence on Certain Nuclear Decay Rates

Peter Sturrock, Ephraim Fischbach, Daniel Javorsek, Jere Jenkins, Robert Lee

摘要:

某些核素衰变率的功率谱分析显示(在非常高的置信水平),每年的振荡和周期性,可能是由于太阳自转和太阳r-模式振荡。由衰变数据和太阳中微子数据形成的光谱图(时间-频率显示)的比较揭示了一个共同的周期性,频率为12.5年-1,这是太阳辐射区的指示。我们建议,中微子通量调制的太阳磁场(通过共振自旋味旋进)在该地区,我们估计的力和扭矩,可以施加在一个核素的太阳中微子通量。

英文摘要:

Power-spectrum analyses of the decay rates of certain nuclides reveal (at very high confidence levels) an annual oscillation and periodicities that may be attributed to solar rotation and to solar r-mode oscillations. A comparison of spectrograms (time-frequency displays) formed from decay data and from solar neutrino data reveals a common periodicity with frequency 12.5 year-1, which is indicative of the solar radiative zone. We propose that the neutrino flux is modulated by the solar magnetic field (via Resonant Spin Flavor Precession) in that region, and we estimate the force and the torque that could be exerted on a nuclide by the solar neutrino flux.

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