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GEL PHASE MAS H-1-NMR AS A PROBE FOR SUPRAMOLECULAR INTERACTIONS AT THE SOLID-LIQUID INTERFACE
Authors: DEMIGUEL YR BAMPOS N DESILVA KMN RICHARDS SA SANDERS JKM
Citation: Yr. Demiguel et al., GEL PHASE MAS H-1-NMR AS A PROBE FOR SUPRAMOLECULAR INTERACTIONS AT THE SOLID-LIQUID INTERFACE, Chemical communications, (20), 1998, pp. 2267-2268
KINETIC INVESTIGATION OF CHLORINE ATOM-ABSTRACTION REACTIONS BY GROUND-STATE ATOMIC RUBIDIUM, RB(5(2)S(1 2)), BY TIME-RESOLVED LASER-INDUCED FLUORESCENCE [RB(5(2)P(3/2)-5(2)S(1/2)), LAMBDA=780-NM] FOLLOWING PULSED IRRADIATION/
Authors: CARL SA DESILVA KMN HUSAIN D
Citation: Sa. Carl et al., KINETIC INVESTIGATION OF CHLORINE ATOM-ABSTRACTION REACTIONS BY GROUND-STATE ATOMIC RUBIDIUM, RB(5(2)S(1 2)), BY TIME-RESOLVED LASER-INDUCED FLUORESCENCE [RB(5(2)P(3/2)-5(2)S(1/2)), LAMBDA=780-NM] FOLLOWING PULSED IRRADIATION/, Zeitschrift für physikalische Chemie, 203, 1998, pp. 113-130
BROMINE ATOM-ABSTRACTION REACTIONS AT ELEVATED-TEMPERATURES BY GROUND-STATE ATOMIC RUBIDIUM, RB(5(2)S(1 2)), INVESTIGATED BY TIME-RESOLVED LASER-INDUCED FLUORESCENCE (RB(5(2)P(3/2)-5(2)S(1/2)) LAMBDA = 780 NM)/
Authors: DESILVA KMN HUSAIN D
Citation: Kmn. Desilva et D. Husain, BROMINE ATOM-ABSTRACTION REACTIONS AT ELEVATED-TEMPERATURES BY GROUND-STATE ATOMIC RUBIDIUM, RB(5(2)S(1 2)), INVESTIGATED BY TIME-RESOLVED LASER-INDUCED FLUORESCENCE (RB(5(2)P(3/2)-5(2)S(1/2)) LAMBDA = 780 NM)/, Journal of photochemistry and photobiology. A, Chemistry, 111(1-3), 1997, pp. 1-7
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