Table 7: $\rm Fe^{+22}$ effective collision strengths ${\sl\Upsilon }(i-j)$ to n=4 levels for $6.3 \le \log T \le 8.1$. $~(2.421^{-3} = ~ 2.421 \times 10^{-3})$.

i-j
6.3 6.5 6.7 6.9 7.1 7.3 7.5 7.7 7.9 8.1

1-47
4.092-4 3.497-4 2.986-4 2.518-4 2.077-4 1.666-4 1.296-4 9.797-5 7.218-5 5.208-5
1-48 2.320-3 2.327-3 2.357-3 2.408-3 2.473-3 2.548-3 2.626-3 2.699-3 2.765-3 2.820-3
1-49 1.100-4 9.970-5 8.869-5 7.680-5 6.430-5 5.187-5 4.033-5 3.031-5 2.214-5 1.581-5
1-50 6.792-4 6.721-4 6.819-4 7.128-4 7.714-4 8.645-4 9.973-4 1.173-3 1.390-3 1.646-3
1-51 5.506-4 5.023-4 4.488-4 3.896-4 3.268-4 2.638-4 2.050-4 1.539-4 1.121-4 7.978-5
1-52 1.957-3 2.073-3 2.269-3 2.575-3 3.022-3 3.638-3 4.443-3 5.445-3 6.637-3 8.005-3
1-53 4.497-4 4.179-4 3.786-4 3.324-4 2.815-4 2.294-4 1.800-4 1.366-4 1.007-4 7.253-5
1-54 7.678-4 7.165-4 6.533-4 5.791-4 4.976-4 4.148-4 3.368-4 2.686-4 2.127-4 1.692-4
1-55 1.046-3 9.739-4 8.839-4 7.768-4 6.582-4 5.367-4 4.214-4 3.198-4 2.359-4 1.700-4
1-56 2.937-3 3.078-3 3.276-3 3.543-3 3.884-3 4.289-3 4.736-3 5.191-3 5.625-3 6.013-3
1-57 3.334-4 3.055-4 2.713-4 2.322-4 1.909-4 1.505-4 1.140-4 8.333-5 5.907-5 4.087-5
1-58 4.874-4 4.506-4 4.061-4 3.558-4 3.034-4 2.528-4 2.078-4 1.706-4 1.417-4 1.204-4
1-59 6.012-4 5.511-4 4.895-4 4.190-4 3.444-4 2.715-4 2.057-4 1.504-4 1.068-4 7.407-5
1-60 1.094-3 1.153-3 1.238-3 1.351-3 1.492-3 1.653-3 1.820-3 1.978-3 2.118-3 2.234-3
1-61 2.046-6 1.697-6 1.415-6 1.173-6 9.574-7 7.640-7 5.945-7 4.514-7 3.354-7 2.449-7
1-62 1.467-5 1.356-5 1.298-5 1.286-5 1.320-5 1.404-5 1.541-5 1.734-5 1.980-5 2.274-5
1-63 1.135-5 1.004-5 8.813-6 7.589-6 6.365-6 5.178-6 4.085-6 3.132-6 2.342-6 1.718-6
1-64 9.828-6 8.833-6 7.827-6 6.775-6 5.693-6 4.630-6 3.645-6 2.786-6 2.077-6 1.518-6
1-65 1.498-5 1.374-5 1.249-5 1.120-5 9.908-6 8.702-6 7.647-6 6.783-6 6.113-6 5.615-6
1-66 1.098-5 1.036-5 9.954-6 9.694-6 9.538-6 9.465-6 9.463-6 9.521-6 9.624-6 9.755-6
1-67 1.962-5 1.805-5 1.617-5 1.402-5 1.171-5 9.396-6 7.257-6 5.414-6 3.923-6 2.778-6
1-68 2.253-5 2.071-5 1.862-5 1.625-5 1.370-5 1.112-5 8.714-6 6.605-6 4.871-6 3.514-6
1-69 2.281-5 2.124-5 1.943-5 1.743-5 1.535-5 1.338-5 1.167-5 1.034-5 9.399-6 8.798-6
1-70 9.522-5 9.781-5 1.017-4 1.075-4 1.156-4 1.266-4 1.409-4 1.586-4 1.796-4 2.037-4
1-71 9.074-6 7.861-6 6.738-6 5.651-6 4.602-6 3.624-6 2.759-6 2.037-6 1.465-6 1.033-6
1-72 5.620-6 5.071-6 4.438-6 3.751-6 3.056-6 2.401-6 1.824-6 1.346-6 9.706-7 6.869-7
1-73 1.297-5 1.314-5 1.358-5 1.441-5 1.573-5 1.758-5 1.990-5 2.254-5 2.529-5 2.794-5
1-74 9.262-6 8.418-6 7.416-6 6.299-6 5.145-6 4.040-6 3.057-6 2.239-6 1.596-6 1.115-6
1-75 1.608-5 1.503-5 1.454-5 1.454-5 1.505-5 1.608-5 1.765-5 1.975-5 2.235-5 2.537-5
1-76 6.747-6 6.304-6 5.831-6 5.364-6 4.952-6 4.636-6 4.436-6 4.348-6 4.349-6 4.407-6
1-77 6.073-6 5.197-6 4.461-6 3.793-6 3.166-6 2.578-6 2.043-6 1.577-6 1.190-6 8.804-7
1-78 1.461-5 1.345-5 1.214-5 1.067-5 9.075-6 7.443-6 5.891-6 4.514-6 3.365-6 2.454-6
1-79 7.663-6 7.000-6 6.358-6 5.712-6 5.075-6 4.483-6 3.964-6 3.538-6 3.203-6 2.950-6
1-80 7.865-6 7.027-6 6.220-6 5.401-6 4.566-6 3.742-6 2.970-6 2.287-6 1.717-6 1.261-6
1-81 6.570-6 6.174-6 5.869-6 5.650-6 5.529-6 5.516-6 5.594-6 5.726-6 5.872-6 6.005-6
1-82 2.143-5 1.986-5 1.788-5 1.555-5 1.300-5 1.043-5 8.027-6 5.957-6 4.283-6 3.004-6
1-83 9.578-6 8.801-6 7.900-6 6.883-6 5.797-6 4.715-6 3.708-6 2.831-6 2.107-6 1.537-6
1-84 1.046-5 9.696-6 8.751-6 7.655-6 6.473-6 5.301-6 4.234-6 3.341-6 2.647-6 2.143-6
1-85 2.547-5 2.502-5 2.482-5 2.479-5 2.490-5 2.513-5 2.546-5 2.588-5 2.634-5 2.683-5
1-86 1.576-5 1.463-5 1.322-5 1.155-5 9.714-6 7.855-6 6.114-6 4.600-6 3.362-6 2.403-6
1-87 1.361-5 1.289-5 1.199-5 1.094-5 9.831-6 8.748-6 7.796-6 7.051-6 6.553-6 6.311-6
1-88 4.959-6 4.617-6 4.183-6 3.666-6 3.091-6 2.499-6 1.938-6 1.445-6 1.042-6 7.316-7
1-89 2.584-6 2.358-6 2.088-6 1.791-6 1.487-6 1.197-6 9.373-7 7.169-7 5.375-7 3.964-7
1-90 2.632-6 2.390-6 2.102-6 1.785-6 1.464-6 1.163-6 9.030-7 6.933-7 5.341-7 4.191-7
1-91 6.271-6 6.163-6 6.119-6 6.182-6 6.402-6 6.809-6 7.401-6 8.135-6 8.943-6 9.750-6
1-92 5.423-6 4.953-6 4.382-6 3.738-6 3.069-6 2.424-6 1.846-6 1.363-6 9.805-7 6.912-7
1-93 5.478-6 4.970-6 4.358-6 3.681-6 2.988-6 2.332-6 1.754-6 1.277-6 9.043-7 6.271-7
1-94 5.202-6 5.083-6 4.969-6 4.893-6 4.892-6 4.987-6 5.178-6 5.442-6 5.745-6 6.053-6
1-95 1.203-5 1.190-5 1.179-5 1.173-5 1.179-5 1.202-5 1.246-5 1.310-5 1.391-5 1.479-5
1-96 3.593-6 3.280-6 2.898-6 2.466-6 2.016-6 1.581-6 1.193-6 8.686-7 6.144-7 4.247-7
1-97 1.545-4 1.603-4 1.687-4 1.806-4 1.968-4 2.183-4 2.457-4 2.796-4 3.197-4 3.657-4
1-98 1.326-5 1.356-5 1.410-5 1.502-5 1.640-5 1.829-5 2.064-5 2.330-5 2.609-5 2.878-5


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