激进分子的反应 F+propene (CH 2 CHCH 3) 被使用 Becke 的三参数 Lee-Yang-Parr-B3LYP/6-311G 详细学习(d, p ) 并且有单个、双、三倍的 excitations-CCSD (T)/6-311+G (2d,2p ) 的联合的簇。F+propene 反应主要通过复杂形成的机制发生,这被显示出:F 攻击导致建筑群 1 的形成和建筑群的丙烯的双契约 2。因为二激进的建筑群是亚稳的,他们能快速分裂到 H+C 3 H 5 F, CH 3+C2 H 3 F 和 HF+C 3 H 5 。把 2000 e ab initio 计算基于 th, CH 3+C2 H 3 F 是主要隧道和 HF 形成隧道也提供某贡献给产品。计算价值在对最近报导的试验性的结果的好同意。
The radical-molecule reaction F+propene (CH2CHCH3) was studied in detail by using the Becke's three parameter Lee-Yang-Parr-B3LYP/6-311G(d,p) and coupled cluster with single, double, and triple excitationsCCSD(T)/6-311+G(2d,2p). It is shown that F+propene reaction mainly occurs through complex-formation mechanism: F attacks the double bond of propene leading to the formation of complex 1 and complex 2. As the two radical complexes are metastable, they can quickly dissociate to H+C3HsF, CH3+C2H3F and HF+C3H5. Based on the ab initio calculations, the CH3+C2H3F is the main channel, and the H elimination and HF forming channels also provide some contribution to products. The calculated values are in good agreement with the recently reported experimental results.