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Results: 1-10 |
Results: 10
Switch-over in photochemical reaction mechanism from hydrogen abstraction to exciplex-induced quenching: Interaction of triplet-excited versus singlet-excited acetone versus cumyloxyl radicals with amines
Authors: Pischel, U Nau, WM
Citation: U. Pischel et Wm. Nau, Switch-over in photochemical reaction mechanism from hydrogen abstraction to exciplex-induced quenching: Interaction of triplet-excited versus singlet-excited acetone versus cumyloxyl radicals with amines, J AM CHEM S, 123(40), 2001, pp. 9727-9737
Conical intersections in charge-transfer induced quenching
Authors: Sinicropi, A Pischel, U Basosi, R Nau, WM Olivucci, M
Citation: A. Sinicropi et al., Conical intersections in charge-transfer induced quenching, ANGEW CHEM, 39(24), 2000, pp. 4582
Photoreactions of azoalkanes with amines: A time-resolved photoconductivity study
Authors: Pischel, U Allonas, X Nau, WM
Citation: U. Pischel et al., Photoreactions of azoalkanes with amines: A time-resolved photoconductivity study, J INF REC, 25(3-4), 2000, pp. 311-321
Photoreduction of aryltrophylium ions
Authors: Abraham, W Jacobi, D Pischel, U Schnabel, W
Citation: W. Abraham et al., Photoreduction of aryltrophylium ions, J INF REC, 25(1-2), 2000, pp. 127-135
Quenching of n, pi-excited azoalkanes by amines: structural and electronic effects on charge transfer
Authors: Pischel, U Nau, WM
Citation: U. Pischel et Wm. Nau, Quenching of n, pi-excited azoalkanes by amines: structural and electronic effects on charge transfer, J PHYS ORG, 13(10), 2000, pp. 640-647
Fluorescence quenching of n,pi-excited azoalkanes by amines: What is a sterically hindered amine?
Authors: Pischel, U Zhang, XY Hellrung, B Haselbach, E Muller, PA Nau, WM
Citation: U. Pischel et al., Fluorescence quenching of n,pi-excited azoalkanes by amines: What is a sterically hindered amine?, J AM CHEM S, 122(9), 2000, pp. 2027-2034
"Inverted'' solvent effect on charge transfer in the excited state
Authors: Nau, WM Pischel, U
Citation: Wm. Nau et U. Pischel, "Inverted'' solvent effect on charge transfer in the excited state, ANGEW CHEM, 38(19), 1999, pp. 2885-2888
Reduction of aryl tropylium ions by thermal hydride transfer or by photochemical reactions
Authors: Jacobi, D Abraham, W Pischel, U Stosser, R Schnabel, W
Citation: D. Jacobi et al., Reduction of aryl tropylium ions by thermal hydride transfer or by photochemical reactions, J PHOTOCH A, 128(1-3), 1999, pp. 75-83
Oxidation of aryl-substituted cycloheptatrienes by photoinduced electron transfer
Authors: Jacobi, D Abraham, W Pischel, U Grubert, L Stosser, R Schnabel, W
Citation: D. Jacobi et al., Oxidation of aryl-substituted cycloheptatrienes by photoinduced electron transfer, J CHEM S P2, (8), 1999, pp. 1695-1702
Generation of aryltropylium ions from the corresponding bitropyls by electrochemical and photoinduced electron-transfer
Authors: Jacobi, D Abraham, W Pischel, U Grubert, L Schnabel, W
Citation: D. Jacobi et al., Generation of aryltropylium ions from the corresponding bitropyls by electrochemical and photoinduced electron-transfer, J CHEM S P2, (6), 1999, pp. 1241-1248
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