10 citations · 10 across the 5 of their papers we have counts for
5 papers
Spectral Softenings, Composition Bump, and Anisotropy Transition: A Consistent Picture of Cosmic-Ray Origin Below the Knee
Xulin Dong, Yuhua Yao, Shuwang Cui +1
Recent DAMPE measurements of individual cosmic-ray components, including carbon, oxygen, and iron, reveal distinct spectral softenings below the knee. The energy spectrum, mass com…
Investigating the signs of evolutionary characteristics in the energy spectrum of shock wave acceleration
Xu-Lin Dong, Wei-Kang Gao, Yi-Qing Guo +1
Under ideal conditions, the theory of shock acceleration for cosmic rays predicts that different elements should exhibit strictly identical spectral indices when accelerated to the…
Unveiling the Mechanisms of Electron Energy Spectrum Evolution
Xu-Lin Dong, Shu-Wei Ma, Yi-Qing Guo +1
The electron spectrum exhibits a complex structure and has controversially proposed origins. This work reproduce the evolution of the electron spectrum based on a spatially depende…
A new understanding of nuclei spectra properties with propagation model
Xu-Lin Dong, Yu-Hua Yao, Yi-Qing Guo +1
The AMS-02 experiment has observed new properties of primary cosmic rays (CRs) categorized into two groups: He-C-O-Fe and Ne-Mg-Si-S, which are independent of CR propagation. In th…
A common origin of multi-messenger spectral anomaly of galactic cosmic rays
Yu-Hua Yao, Xu-Lin Dong, Yi-Qing Guo +1
Recent observations of cosmic rays (CRs) have revealed a two-component anomaly in the spectra of primary and secondary particles, as well as their ratios, prompting investigation i…