**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.
$V_{\rm s}$	r	$\theta _{\rm n}$	% us	$E_{\rm max,us}$	% ds	$E_{\rm max,ds}$
400	3	30	0.00	0.00	8.28	5.78
		45	1.30	6.27	32.6	6.21
		60	20.7	6.60	34.4	6.32
		70	44.4	6.72	15.1	6.66
700		30	0.12	6.10	21.8	6.11
		45	8.45	6.45	39.3	6.28
		60	34.2	6.69	21.3	6.38
		70	23.7	6.72	7.04	6.31
1000		30	0.95	6.29	31.0	6.22
		45	19.1	6.49	33.6	6.31
		60	22.3	6.68	11.8	6.36
400	4	30	0.03	6.01	11.6	5.82
		45	3.53	6.25	35.0	6.14
		60	28.7	6.59	34.3	6.27
		70	43.4	6.73	25.3	6.69
700		30	0.78	6.16	27.9	6.07
		45	14.6	6.42	40.7	6.29
		60	43.0	6.72	21.8	6.35
		70	32.6	6.80	15.9	6.91
1000		30	3.23	6.26	36.2	6.18
		45	26.2	6.48	33.6	6.33
		60	33.8	6.76	16.1	6.39

Source LaTeX | All tables | In the text