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Mechansims For Latitudinal Transport of Energetic Particles in the Heliosphere

机译:高能粒子在纬向层中横向输送的机理

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摘要

Energetic particles in the heliosphere, from relatively low-energy particles which are accelerated in Corotating Interaction Regions (CIRs) to galactic cosmic rays, are observed to propagate relatively easily in heliographic latitude. Two mechanisms for this transport appear possible: cross-field diffusion, or, in a recent model for the heliospheric magnetic field, by direct magnetic connection. The commonalties and differences of these two mechanisms are considered, and the need for future observations and modeling efforts are discussed.
机译:从在同向相互作用区域(CIR)中加速的相对较低能量的粒子到银河系宇宙射线,日光层中的高能粒子被观察到相对容易地在日射纬度中传播。出现这种传输的两种机制似乎是可能的:跨场扩散,或者在最近的日圆磁场模型中,通过直接磁连接。考虑了这两种机制的共性和差异,并讨论了对未来观察和建模工作的需求。

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