W.E. Moerner, G.C. Bjorklund, et al.
OTF 1993
A number of electron-deficient small molecule additives quench the fluorescence of substitute silane high polymers in solution in a fashion consistent with an electron transfer mechanism. The measured rate constants are, however, often much larger than expected for diffusion control. This effect has been attributed to rapid energy transfer among the chromophoric segments comprising the polymer chain. This hypothesis is further supported by quenching studies of photoexcitcd 9,10-dicyanoanthraccne, where the excitation is localized, by ground state substituted silane polymers and oligomers. © 1992, IUPAC
W.E. Moerner, G.C. Bjorklund, et al.
OTF 1993
A. Diaz, John Crowley, et al.
Journal of Electroanalytical Chemistry
R.D. Miller, D. Thompson
ACS Division of Polymer Chemistry Washington DC Meeting 1990
A. Diaz, R.D. Miller
JES