论文标题
宇宙射线密度波动与湍流通用光谱-8/3
Cosmic rays density fluctuations with turbulence universal spectrum -8/3
论文作者
论文摘要
基于新的分析可压缩湍流理论和已知的CR动力学的已知两流体模型，获得了宇宙射线密度波动（CR）密度波动（CR）的确切湍流。结果表明，这种缩放定律的起源可能是由于太阳风和磁石的空间等离子体在其Larmor Radii尺度附近的Cr介质中破裂。
An exact turbulence universal scaling law-8/3 for the density fluctuations of cosmic ray (CR) is obtained on the basis of a new analytical compressible turbulence theory and known two-fluid model of the CR dynamics. It is shown that the origin of this scaling law may be due to the breaking of the nonlinear simple waves in CR medium near the scale of their Larmor radii as for the space plasma of solar wind and magnetosheath.
