28 results on '"BUCKINGHAM, David"'
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2. (17)O NMR study of chromium(VI) ions in water
3. 17O NMR Study of Chromium(VI) Ions in Water J. Am. Chem. Soc. 1996, 118, 7969−7980
4. Bromination of imidazoles coordinated to cobalt (III). Kinetics and mechanism of bromination of RImH3+ systems [R = (NH3)5Co]; Wheland intermediates and preassociation or diffusion control [Erratum to document cited in CA114(15):142384z]
5. Bromination of imidazoles coordinated to cobalt(III). Kinetics and mechanism of bromination of RImH3+ systems [R = (NH3)5Co]; Wheland intermediates and preassociation or diffusion control
6. Proton exchange and epimerization of cobalt(III) chelated amino acids via carbanion intermediates
7. Toward synthetic models for cytochrome oxidase: a binuclear iron(III) porphyrin-copper(II) complex
8. Chelation and hydrolysis of monodentate oxalate in cis-[Co(en)2(OC2O3)(OH)]0, cis-[Co(en)2(OC2O3)(OH2)]+, and cis-[Co(en)2(OC2O3H)(OH2)]+2 and the alkaline hydrolysis of chelated oxalate in (Co(en)2(O2C2O2)]+
9. Synthetic models for bis-metallo active sites. A porphyrin capped by a tetrakis(pyridine) ligand system
10. Cobalt(III)-promoted hydrolysis of glycine amides. Intramolecular and intermolecular hydrolysis following the base hydrolysis of the cis-[Co(en)2Br(glyNR1R2]2+ ions
11. Cobalt(III)-promoted hydrolysis of glycine esters. Kinetics, product analysis, and oxygen-18 exchange studies of the base hydrolysis of [Co(en)2X(gly-OR)]2+ ions
12. Coordinated asymmetric nitrogen donor centers. [Platinum ethylenediamines complex] [PtII(Meen)(en)]2+ and [PtIV(Meen)(en)Cl2]2+ ions
13. Cobalt(III)-promoted lysis at saturated carbon. Examples of internalucleophilic displacement
14. Cobalt(III)-promoted hydrolysis of chelated glycine amides, glycylglycine, and glycylglycine esters. Kinetics and mechanism
15. N-Terminal addition of glycine to amino acid and peptide esters activated by the cobalt(III)ion
16. Stereochemistry of the base hydrolysis of trans-[Co(NH3)4(15NH3)X]2+ ions
17. Role of oxygen and nitrogen bases in the lysis of acyl-activated esters. Cobalt(III) chelated glycine isopropyl ester
18. Hydrolysis of N-Terminal Peptide Bonds and Amino Acid Derivatives by the β-Hydroxoaquotriethylenetetraminecobalt(III) Ion
19. Cobalt(III)-promoted amidolysis of glycine ethyl ester. An example of internal nucleophilic displacement
20. Base hydrolysis of trans-[Co(NH3)415NH3Cl](CIO4)2 in the presence of azide ion
21. Peptide bond formation and subsequent hydrolysis at a cobalt(III) center
22. Racemization of proton exchange in the trans, transdinitrobis (N-methylethylenediamine) cobalt(III) ion
23. Prediction of molecular geometries and relative stabilities in chelate complexes. Application of cobalt(III) triethylenetetramine-(S)-prolinato complexes
24. Proton exchange and mutarotation of chelated amino acids via carbanion intermediates
25. Cobalt(III)-promoted hydrolysis of chelated glycine esters. Kinetics, anion competition, and oxygen-18 exchange studies
26. Hydrolytic Cleavage of N-Terminal Peptide Bonds by a Cobalt Chelate
27. Racemization and proton exchange of the trans, trans-dinitrobis(N-methylethylenediamine)cobalt(III) ion in nonaqueous solutions
28. Competition studies and the stereochemistry for the base hydrolysis and induced aquation of some acidoamminebis(ethylenediamine)cobalt(III) ions
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