Table 5: High energy Born limits for forbidden transitions $~(1.640^{-2} \equiv ~ 1.640 \times 10^{-2})$ .
i-j ${\sl\Omega}(i-j)$ i-j ${\sl\Omega}(i-j)$

1-12 1.640^-2 1-60 2.573^-3

1-18 2.115^-4 1-65 4.455^-6

1-20 4.784^-2 1-66 1.050^-5

1-26 9.233^-5 1-69 8.712^-6

1-28 5.990^-6 1-73 3.922^-5

1-32 2.413^-5 1-76 5.013^-6

1-35 1.099^-4 1-79 2.314^-6

1-37 2.369^-4 1-81 6.350^-6

1-40 8.954^-6 1-84 1.230^-6

1-44 3.779^-5 1-85 2.907^-5

1-45 1.548^-4 1-90 1.864^-7

1-48 2.995^-3 1-91 1.338^-5

1-54 6.059^-5 1-94 7.422^-6

1-56 7.435^-3 1-95 1.964^-5

1-58 7.548^-5 1-98 4.049^-5

**Table 5:** High energy Born limits for forbidden transitions $~(1.640^{-2} \equiv ~ 1.640 \times 10^{-2})$ .
i-j	${\sl\Omega}(i-j)$	i-j	${\sl\Omega}(i-j)$

1-12	1.640^-2	1-60	2.573^-3
1-18	2.115^-4	1-65	4.455^-6
1-20	4.784^-2	1-66	1.050^-5
1-26	9.233^-5	1-69	8.712^-6
1-28	5.990^-6	1-73	3.922^-5
1-32	2.413^-5	1-76	5.013^-6
1-35	1.099^-4	1-79	2.314^-6
1-37	2.369^-4	1-81	6.350^-6
1-40	8.954^-6	1-84	1.230^-6
1-44	3.779^-5	1-85	2.907^-5
1-45	1.548^-4	1-90	1.864^-7
1-48	2.995^-3	1-91	1.338^-5
1-54	6.059^-5	1-94	7.422^-6
1-56	7.435^-3	1-95	1.964^-5
1-58	7.548^-5	1-98	4.049^-5

Source LaTeX | All tables | In the text

	1 Introduction
	2 Method of calculation and target
	3 New collisional data
	4 Summary and conclusions
	References