Abstract
This paper describes theoretical calculations of the energy of low-lying, electronic states of CH2 as functions of HCH angle. The method uses Hurley's modification of Moffitt's method of Atoms in Molecules to allow for intra-atomic electron correlation. The results are in agreement with experiment, giving a linear 3Σ g - ground state. The first excited state is a bent 1A1 state which lies no more than 0·6 ev above the ground state.

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