In this preparation, dicyclopentadiene cracks to give cyclopentadiene, which reacts with Fe (CO) 5 concomitant with loss of CO. Thereafter, the pathways for the photochemical and thermal routes differ subtly but both entail formation of a hydride intermediate.
Thereafter, the pathways differ for the photochemical and thermal routes differ subtly but both entail formation of a hydride intermediate. Cyclopentadiene reacts with Fe (CO) 5 concomitant with loss of CO. In this preparation, dicyclopentadiene cracks to give cyclopentadiene, which reacts with Fe (CO) 5.
In this preparation, dicyclopentadiene cracks to give cyclopentadiene, which reacts with Fe (CO) 5. Cyclopentadiene reacts with Fe (CO) 5 concomitant with loss of CO. Thereafter, the pathways differ for the photochemical and thermal routes differ subtly but both entail formation of a hydride intermediate.
In this preparation, dicyclopentadiene cracks to give cyclopentadiene, which reacts with Fe (CO) 5. Cyclopentadiene reacts with Fe (CO) 5 concomitant with loss of CO. Thereafter, the pathways differ for the photochemical and thermal routes differ subtly but both entail formation of a hydride intermediate.