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  4.000e+05  6.000e+05  8.000e+05  1.000e+06  2.000e+06  4.000e+06  1.000e+07
    1    1    2    1 -3.023e+00  3.923e-16  5.047e-16  5.480e-16  4.978e-16  4.203e-16  3.410e-16  9.220e-17  4.386e-18  1.746e-19  6.459e-21  2.296e-22  1.003e-29  1.245e-44  1.293e-59  1.248e-74  1.157e-89  0.000e+00  0.000e+00  0.000e+00
    1    1    2    1 -3.023e+00  1.220e-56  2.760e-36  3.715e-26  8.580e-23  4.160e-21  4.600e-20  2.560e-16  1.600e-13  1.650e-12  5.750e-12  1.270e-11  7.309e-11  2.127e-10  3.300e-10  4.290e-10  5.189e-10  9.570e-10  2.270e-09  8.610e-09
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Charge transfer ionisation of Ne I with He. First line of rate coefficients is for radiative CT and 
  the second is for collisional CT.

Data for radiative CT from: Liu X.J., Qu Y.Z., Xiao B.J., Liu C.H., Zhou Y., Wang J.G., Buenker R.J.,
  2010, J. Phys. B, 43, 085207
Data for collisional CT from: Liu X.J., Qu Y.Z., Xiao B.J., Liu C.H., Zhou Y., Wang J.G., Buenker R.J., 2010,
  Phys. Rev. A, 81, 022717, supplemented at low energies by Zygelman B., Dalgarno A., 1986, Phys. Rev. A, 33, 3853

File prepared by R.P. Dufresne on 30-Nov-2023

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