Abstract

New charge-stripping mass spectrometry experiments give no indication of metastable CH 2+ dications, contrary to earlier experiments. This result is supported by extensive ab initio calculations using a large Slater-type basis set on the three lowest 2Σ + states of CH 2+. Although the ground state potential curve is considerably perturbed by excited states, the perturbations are not sufficient to generate a potential minimum. The experimental artifacts encountered in the previous experimental studies which led to the erroneous conclusion of CH 2+ as a metastable dication are analyzed.

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