Abstract
Emission cross sections for CH + (A 1 Π-X 1 Σ + ) produced by single electron impact of CH 4 are estimated at 100 and 400 eV by subtracting the calculated band intensities for CH(A 2 Δ-X 2 Π) from the experimentally measured band spectra. Vibrational and rotational temperatures are analyzed for CH molecule in the A 2 Δ state by fitting calculated band intensities assuming the Boltzman distributions in the upper electronic state to experimental ones at 17, 28, 100 and 400 eV. Rotational population distribution at 17 eV is quite different from others.
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