Abstract
We present cross sections for electron capture in C4+, N5+ + H2 collisions in the energy range 50 eV/amu ≤ E ≤ 6 keV/amu, calculated using a model potential approximation to treat the interaction of the active electron with the cores. To avoid the difficulties of the standard independent particle model at low velocity, we have applied a modified technique where the independent particle model is used to evaluate the matrix elements of the two-electron Hamiltonian.
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