6.000e+00  8.000e+00  1.000e+01  2.000e+01  4.000e+01  6.000e+01  8.000e+01  1.000e+02  2.000e+02  4.000e+02  6.000e+02  8.000e+02  1.000e+03  2.000e+03  4.000e+03  6.000e+03  8.000e+03  1.000e+04  2.000e+04  4.000e+04  6.000e+04  8.000e+04  1.000e+05  2.000e+05
    1    1    1    0  9.357e-01  0.000e+00  0.000e+00  0.000e+00  0.000e+00  0.000e+00  0.000e+00  0.000e+00  0.000e+00  0.000e+00  0.000e+00  1.880e-22  2.050e-20  3.520e-19  1.400e-16  4.910e-15  2.240e-14  5.490e-14  1.060e-13  1.140e-12  1.240e-11  4.000e-11  8.590e-11  1.510e-10  7.500e-10
    2    1    1    0 -1.447e+00  5.280e-15  6.920e-15  8.800e-15  1.636e-14  2.328e-14  2.924e-14  3.472e-14  3.840e-14  5.880e-14  9.320e-14  1.280e-13  1.488e-13  1.796e-13  2.356e-13  2.912e-13  3.232e-13  3.548e-13  3.936e-13  6.720e-13  1.856e-12  4.680e-12  9.840e-12  1.732e-11  8.720e-11
    3    1    1    0 -1.448e+00  7.920e-15  1.038e-14  1.320e-14  2.454e-14  3.492e-14  4.386e-14  5.208e-14  5.760e-14  8.820e-14  1.398e-13  1.920e-13  2.232e-13  2.694e-13  3.534e-13  4.368e-13  4.848e-13  5.322e-13  5.904e-13  1.008e-12  2.784e-12  7.020e-12  1.476e-11  2.598e-11  1.308e-10
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Charge transfer ionisation of N I with hydrogen.

Data from: Lin, C. Y., Stancil, P. C., Gu, J. P., Buenker, R. J., & Kimura, M. 2005, Phys. Rev. A, 71, 062708

Original data in LS-coupling; rate coefficients split by ratio of statistical weights of levels in the initial term

File prepared by R.P. Dufresne on 31-Oct-2023

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