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DISSOCIATION ENERGETICS AND MECHANISMS OF LEUCINE-ENKEPHALIN (M+H)(+)AND (2M+X)(+) IONS (X=H, LI, NA, K, AND RB) MEASURED BY BLACKBODY INFRARED RADIATIVE DISSOCIATION
Authors: SCHNIER PD PRICE WD STRITTMATTER EF WILLIAMS ER
Citation: Pd. Schnier et al., DISSOCIATION ENERGETICS AND MECHANISMS OF LEUCINE-ENKEPHALIN (M+H)(+)AND (2M+X)(+) IONS (X=H, LI, NA, K, AND RB) MEASURED BY BLACKBODY INFRARED RADIATIVE DISSOCIATION, Journal of the American Society for Mass Spectrometry, 8(8), 1997, pp. 771-780
EFFECTS OF CHARGE-STATE ON FRAGMENTATION PATHWAYS, DYNAMICS, AND ACTIVATION-ENERGIES OF UBIQUITIN IONS MEASURED BY BLACKBODY INFRARED RADIATIVE DISSOCIATION
Authors: JOCKUSCH RA SCHNIER PD PRICE WD STRITTMATTER EF DEMIREV PA WILLIAMS ER
Citation: Ra. Jockusch et al., EFFECTS OF CHARGE-STATE ON FRAGMENTATION PATHWAYS, DYNAMICS, AND ACTIVATION-ENERGIES OF UBIQUITIN IONS MEASURED BY BLACKBODY INFRARED RADIATIVE DISSOCIATION, Analytical chemistry, 69(6), 1997, pp. 1119-1126
UNIMOLECULAR REACTION-KINETICS IN THE HIGH-PRESSURE LIMIT WITHOUT COLLISIONS
Authors: PRICE WD SCHNIER PD JOCKUSCH RA STRITTMATTER EF WILLIAMS ER
Citation: Wd. Price et al., UNIMOLECULAR REACTION-KINETICS IN THE HIGH-PRESSURE LIMIT WITHOUT COLLISIONS, Journal of the American Chemical Society, 118(43), 1996, pp. 10640-10644
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