Magnetic circular dichroism of iodoform and methylene iodide
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Photodissociation dynamics of CH<inf>2</inf>Br<inf>2</inf> near 234 and 267 nm
2007, Spectrochimica Acta - Part A: Molecular and Biomolecular SpectroscopyDensity functional theory and resonance Raman investigation of the ultraviolet electronic excited states of CF<inf>2</inf>I<inf>2</inf>
2000, Chemical Physics LettersCitation Excerpt :However, magnetic circular dichroism (MCD) experiments done for CH2I2 determined the two bands ∼295 and ∼276 nm correlate to B1 and B2 states with undetermined order and a weak shoulder ∼313 nm that correlates to a nominally forbidden transition [3]. This discrepancy between the MCD results and those for the simple exciton model computations and molecular beam polarization experiments for CH2I2 remains to be resolved [1, 3]. This uncertainty in the CH2I2 absorption band assignments may also have implications for the CF2I2 absorption band assignments that are based on the CH2I2 results and limited experimental data.
Substituent and solvent effects on the short-time A-band photodissociation dynamics of CF<inf>2</inf>I<inf>2</inf>
1999, Chemical Physics LettersPhotodissociation dynamics of diiodomethane in solution
1999, Chemical Physics LettersDirect femtosecond measurements of single collision dominated geminate recombination times of small molecules in liquids
1993, Chemical Physics Letters
Work supported by a grant of the National Institute of Health.
- 1
Present address: Bar-Ilan University, Department of Chemistry, Ramat-Gan, Israel.
- 2
Present address: University of Sussex, The School of Molecular Sciences, Falmer, Brighton BN1 90J, UK.