All Tables

Table 1: Results for line current runs as functions of the curvature radius of the field line used, shock speed $V_{\rm s}$ and compression ratio r. Shown are the relative amount of HEP escaping to the downstream region (ds), maximum energy reached $E_{\rm max}$ (in $\log{}_{10}({\rm eV})$ ) and the spectral index $\sigma$ with error limits, ${\rm d}N/{\rm d}E \propto E^{\sigma }$ . In this setup there are no particles escaping to the upstream region.
Table 2: Results for the polar region runs as functions of the shock velocity, compression ratio and oblique angle. Shown are the no. HEP escaping to upstream (us) and downstream (ds) regions and maximum energies reached (in $\log{}_{10}({\rm eV})$ ), respectively. Omitted results show no acceleration.
Table 3: Results for the rotated dipole runs as functions of the shock velocity, compression ratio and oblique angle. Shown are the no. HEP escaping to downstream (ds) region and maximum energy reached (in $\log{}_{10}(eV)$ ). In this setup no particles were removed in the upstream region.