3.200e+03  8.000e+03  1.600e+04  3.200e+04  8.000e+04  1.600e+05  3.200e+05  8.000e+05  1.600e+06  3.200e+06  8.000e+06  1.600e+07  3.200e+07
    1    1   2.930e+02  0.000e+00 4.626e-194 7.370e-102  8.559e-56  3.513e-28  5.369e-19  1.912e-14  8.837e-12  6.151e-11  1.509e-10  2.385e-10  2.644e-10  2.631e-10
    2    1   2.850e+02  0.000e+00 2.061e-189  1.048e-99  6.645e-55  5.083e-28  4.920e-19  1.445e-14  5.877e-12  3.846e-11  8.975e-11  1.338e-10  1.420e-10  1.364e-10
    3    1   2.850e+02  0.000e+00 1.963e-189  1.007e-99  6.602e-55  5.254e-28  5.156e-19  1.513e-14  6.125e-12  3.985e-11  9.258e-11  1.379e-10  1.466e-10  1.407e-10
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Level resolved excitation--auto-ionisation rate coefficients.

1st line gives the temperatures (in K) at which the rate coefficients have been calculated.
Remaining lines have the format: initial level before ionisation, final level after ionisation, ionisation potential of initial level in eV, collisional ionisation rate coefficients in cm^3 s^-1 using a Maxwellian distribution at each given temperature

Data source: Dufresne R. P., Del Zanna G., 2019, A&A, 626, A123

Produced by R.P. Dufresne on Fri May 10 14:51:36 2019
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