The Effect of Radical Size and Mass on the Cage Recombination Efficiency of Photochemically Generated Radical Cage PairsJonathan L. Male, David R. Tyler, Britt E. Lindfors et al.|Journal of the American Chemical Society|1998Cited by 42
Equilibrium constants for homolysis of metal-metal-bonded organometallic dimers in cyclohexane solution: reaction of the (MeCp)Mo(CO)3 radical with the nitroxide radical trap TMIOSteve C. Tenhaeff, David R. Tyler, Tom Koenig et al.|Organometallics|1993Cited by 35
Cage effects in organometallic radical chemistry. Fractional cage-recombination efficiency for photochemical caged-pair intermediates of Cp'2M2(CO)6 (M = molybdenum and tungsten; Cp' = .eta.5-C5H4CH3)Katharine J. Covert, David R. Tyler, E. Askew et al.|Journal of the American Chemical Society|1992Cited by 26
Cage Effects in the Photochemical Degradation of Polymers. Studies of Model Complexes with Different Chain LengthsJonathan L. Male, David R. Tyler, Britt E. Lindfors et al.|Macromolecules|1997Cited by 16
Radical cage effects. Effect of radical mass and bond energies on cage recombination efficiencies for photochemical cage pair intermediates of [Mo2(CO)6[(η5-C5H4 CH2CH2OSiMe3)2], [Mo2(CO)6(η5-C5H4 Me)] and [W2(CO)6(η5-C5H4 Me)]Britt E. Lindfors, David R. Tyler, Jonathan L. Male et al.|Chemical Communications|1997Cited by 11