Abstract

In the present Letter, potential energy surfaces for the 1,5-H shift and α-bond cleavages in the S 0, T 1 and S 1 states have been investigated using the CASSCF, DFT and MP2 methods with the cc-pVDZ basis set, which provides some new insights into the mechanistic photochemistry of butanal. The 1,5-H shift proceeds mainly along the S 1 pathway, while the α-CC bond cleavage occurs as a result of intersystem crossing from S 1 to T 1. However, the α-CH bond fission takes place with less probability.

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