kw.\*:("Brönsted function")
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Mechanism of the superoxide anion radical (O2-○) mediated oxidation of diarylmethanesFRIMER, A. A; FARKASH-SOLOMON, T; ALJADEFF, G et al.Journal of organic chemistry. 1986, Vol 51, Num 11, pp 2093-2098, issn 0022-3263Article
Soman hydrolysis catalyzed by HEPES bufferALBIZO, J. M; WARD, J. R.Journal of molecular catalysis. 1991, Vol 66, Num 2, pp 191-194, issn 0304-5102Article
A question concerning the pK range within which an organic free radical exhibits normal radical behaviour. The case of galvinoxylSCRETTAS, C. G; HEROPOULOS, G. A; KARAYANNIS, M. I et al.Tetrahedron (Oxford. Print). 1984, Vol 40, Num 24, pp 5275-5279, issn 0040-4020Article
Prediction of buffer catalysis in field and laboratory studies of pollutant hydrolysis reactionsPERDUE, E. M; WOLFE, N. L.Environmental science & technology. 1983, Vol 17, Num 11, pp 635-642, issn 0013-936XArticle
Strength of Brønsted acid sites in boralitesDATKA, J; KAWALEK, M.Journal of the Chemical Society. Faraday transactions. 1993, Vol 89, Num 11, pp 1829-1831, issn 0956-5000Article
Kinetics and mechanism of the aminolysis of O-ethyl S-aryl dithiocarbonatesCABRERA, M; CASTRO, E. A; SALAS, M et al.Journal of organic chemistry. 1991, Vol 56, Num 18, pp 5324-5328, issn 0022-3263Article
Matrix isolation study of complexation and exchange reactions of molecular halogenes with tert-butyl halidesBAI, H; AULT, B. S.Journal of physical chemistry (1952). 1991, Vol 95, Num 8, pp 3080-3084, issn 0022-3654Article
Structure-reactivity relationships and the rate-determining step in the reactions of methyl salicylate with primary aminesNIYAZ KHAN, M.International journal of chemical kinetics. 1987, Vol 19, Num 5, pp 415-434, issn 0538-8066Article
General base catalyzed exchange of 1-octyne, 4-nitrophenylacetylene, and 3-(phenyldimethylammnio)-1-propyne: Brønsted relations and normal acid behaviorKRESGE, A. J; POWELL, M. F.Journal of organic chemistry. 1986, Vol 51, Num 6, pp 822-824, issn 0022-3263Article
Can ground-state destabilization of an α-nucleophile induce an α-effect?BUNCEL, E; HOZ, S.Tetrahedron letters. 1983, Vol 24, Num 44, pp 4777-4780, issn 0040-4039Article
The phenomenology of differently constructed Brønsted-type plotsBUNCEL, E; TARKKA, R; HOZ, S et al.Journal of the Chemical Society. Chemical communications. 1993, Num 2, pp 109-110, issn 0022-4936Article
The reaction fo carboxylate nucleophiles with tert-butyldimethylphenoxysilanes in dimethylformamideDIETZE, P. E.Journal of organic chemistry. 1992, Vol 57, Num 3, pp 1042-1045, issn 0022-3263Article
Reaction of triphenylphosphine with methyl iodide. Transfer thermodynamic quantities and various extended Brönsted treatmentsKONDO, Y; ZANKA, A; KUSABAYASHI, S et al.Perkin transactions. 2. 1985, Num 6, pp 827-832, issn 0300-9580Article
Aminolysis of Y-substituted phenyl X-substituted benzoates with piperidine : Effect of nonleaving group substituentUM, Ik-Hwan; LEE, Ji-Youn; KO, Seung-Hak et al.Journal of organic chemistry. 2006, Vol 71, Num 15, pp 5800-5803, issn 0022-3263, 4 p.Article
Destabilisation of a carbocation by α-oxygen substitution : the hydrolysis of orthocarbonatesPRAMOD KANDANARACHCHI; SINNOTT, M. L.Journal of the Chemical Society. Chemical communications. 1992, Num 10, pp 777-778, issn 0022-4936Article
Single transition state for sulfuryl group (-SO3-) transfer between pyridine nucleophilesBOURNE, N; HOPKINS, A; WILLIAMS, A et al.Journal of the American Chemical Society. 1985, Vol 107, Num 14, pp 4327-4331, issn 0002-7863Article
Acid catalysis of the denitrosation of N-methyl-N'-cyclohexyl-N-nitrosothioureaISOBE, M.Bulletin of the Chemical Society of Japan. 1984, Vol 57, Num 2, pp 601-602, issn 0009-2673Article
Pitfalls in the determination of the α-effect by a two-point analysis. The effect of solvent on the α-effectHOZ, S; BUNCEL, E.Tetrahedron letters. 1984, Vol 25, Num 32, pp 3411-3414, issn 0040-4039Article
The dehydration of glyoxylate hydrate : general-acid, general-base, metal ion, and enzymatic catalysisMEANY, J. E; POCKER, Y.Journal of the American Chemical Society. 1991, Vol 113, Num 16, pp 6155-6161, issn 0002-7863Article
General base catalysis of the addition of hydroxylic reagents to unstable carbocations and its disappearanceRICHARD, J. P; JENCKS, W. P.Journal of the American Chemical Society. 1984, Vol 106, Num 5, pp 1396-1401, issn 0002-7863Article
Alkaline hydrolysis of substituted benzyl substituted benzoatesYOH, S.-D; CHEONG, D.-Y; TSUNO, Y et al.Journal of physical organic chemistry. 1993, Vol 6, Num 1, pp 23-28, issn 0894-3230Article
The reaction mechanism of the nitrosation of ureasCASADO, J; CASTRO, A; MOSQUERA, M et al.Berichte der Bunsengesellschaft für Physikalische Chemie. 1983, Vol 87, Num 12, pp 1211-1216, issn 0005-9021Article
Kinetics and mechanism of the pyridinolysis of 2,4,6-trinitrophenyl acetate and 2,4,6-trinitrophenyl methyl carbonateCASTRO, E. A; IBANEZ, F; LAGOS, S et al.Journal of organic chemistry. 1992, Vol 57, Num 9, pp 2691-2694, issn 0022-3263Article
Reactivity patterns of N-methylbenzhydroxamates. I, Studies of methyl transfer between N-methylbenzhydroxamates and arenesulfonatesFOUNTAIN, K. R; FOUNTAIN, D. P; MICHAELS, B et al.Canadian journal of chemistry (Print). 1991, Vol 69, Num 5, pp 798-810, issn 0008-4042Article
Structure-activity relations. VI, The alkaline hydrolysis of 3-methyl-5-methylidene- and 3,5-dimethylthiazolidine-2,4-diones. The addition of thiols to 3-methyl-5-methylidenethiazolidine-2,4-dioneBOWDEN, K; CHANA, R. S.Perkin transactions. 2. 1990, Num 12, pp 2163-2166, issn 0300-9580, 4 p.Article
