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VIBRATIONAL EXCITATION IN A MORSE OSCILLATOR (I). FRANCK-CONDON FACTORS FOR THE TRANSITIONS; N2, C triplet PI(u) to B triplet PI(g) AND CN, B doublet SIGMA(+) to X doublet SIGMA(+) (II),
Abstract : Vibrational excitation in the system He + H2 is studied theoretically by considering H2 as a rotating Morse Oscillator. The anharmonicity of molecular vibration is found to have only a… Expand
On the Franck‐Condon Factor and Band Strength Calculations with Vibration‐Rotation Interaction for Morse Oscillators
The effects of vibration‐rotation interaction on the Franck‐Condon factors and band strengths for various rotational quantum number J values of the transitions B 3πg−A 3Σu+ for N2 and A 2Σ+−X 2πi for… Expand
Franck-Condon Factors for the Transitions N2, C3πu → B3πg and CN, B2Σ+ → X2Σ+
Franck-Condon factors for the transitions N2, C3πu→ B3πg and CN, B2Σ+ → X2Σ+ have been calculated by the method of Chang and Karplus.
Franck‐Condon Factors for High Rotational Levels of CN