Abstract
Vibrational predissociation of XI2 and X2I2 Van der Waals complexes, with X = He and Ne, is studied with wave packets. Three-dimensional calculations are carried out on the three-atom systems. Suitable X⋯I potential interactions are determined and product distributions are predicted. Reduced dimension models of X2I2(v′)→ 2X + I2(v < v′) are investigated. Comparison is made with available experimental results. Mechanistic issues, including the role of intramolecular vibrational relaxation resonances, are addressed.

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