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Cyclodextrins and other catalysts, the stabilization of transition states

Cross-interaction constants and transition-state structure in solution, 27, 57 Crown-ether complexes, stability and reactivity of, 17,279 Crystallographic approaches to transition state structures, 29,87 Cyclodextrins and other catalysts, the stabilization of transition states by, 29,1... [Pg.336]

The Stabilization of Transition States by Cyclodextrins and other Catalysts... [Pg.56]

Tetrahedral intermediates, derived from carboxylic acids, spectroscopic detection and the investigation of their properties, 21, 37 Topochemical phenomena in solid-state chemistry, 15, 63 Transition state structure, crystallographic approaches to, 29, 87 Transition state structure, in solution, effective charge and, 27, 1 Transition state structure, secondary deuterium isotope effects and, 31, 143 Transition states, structure in solution, cross-interaction constants and, 27, 57 Transition states, the stabilization of by cyclodextrins and other catalysts, 29, 1 Transition states, theory revisited, 28, 139... [Pg.341]

Transition stale structure, secondary deuterium isotope effects and, 31, 143 Transition states, structure in solution, cross-interaction constants and, 27, 57 Transition states, the stabilization of by cyclodextrins and other catalysts, 29, 1 Transition states, theory revisited, 28, 139... [Pg.362]

Transition states, the stabilization of by cyclodextrins and other catalysts, 29, 1 Transition states, theory revisited, 28, 139... [Pg.392]

At the end of the review there are some examples involving catalysis by acids and bases, metal ions, micelles, amylose, catalytic antibodies, and enzymes to give the reader a feeling for how Kurz s approach may be usefully applied to other catalysts. Very few of these examples, or those involving cyclodextrins, were discussed in the original literature in the same terms. It is hoped that the present treatment will stimulate further use and exploration of the Kurz approach to analysing transition state stabilization. [Pg.3]

The object of this review was to show how Kurz s approach to quantifying transition state stabilization is useful in the discussion of the kinetic effects of cyclodextrins on organic reactions, while at the same time pointing out its comparable utility for various other types of catalyst. It is hoped that the approach gains wider acceptance and employment since it provides a framework for the discussion of factors affecting transition state stability in both catalysed and retarded reactions. [Pg.62]


See other pages where Cyclodextrins and other catalysts, the stabilization of transition states is mentioned: [Pg.298]    [Pg.122]   
See also in sourсe #XX -- [ Pg.29 ]

See also in sourсe #XX -- [ Pg.29 ]

See also in sourсe #XX -- [ Pg.29 ]

See also in sourсe #XX -- [ Pg.29 ]

See also in sourсe #XX -- [ Pg.29 ]

See also in sourсe #XX -- [ Pg.29 ]

See also in sourсe #XX -- [ Pg.29 ]




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And cyclodextrins

And the transition state

And transition states

Catalyst stability

Catalysts stabilization

Of cyclodextrins

Other Catalysts

Other Stabilizers

Stability catalyst stabilization

Stability of catalysts

Stability states

Stability, of transition states

Stabilization of the transition state

Stabilization, of transition state

Stabilizer cyclodextrin

Stabilizer, catalyst

Stabilizers cyclodextrins

The Stabilizer

The Transition State

Transition catalyst

Transition stabilization

Transition state stabilizing

Transition states, stability

Transition states, the stabilization

Transition states, the stabilization of by cyclodextrins and other catalysts

Transition-state stabilization

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