Description
Advances in Physical Organic Chemistry
Advances in Physical Organic Chemistry Series
Coordinator: Richard John P.
Director of collection: Tidwell Thomas
Language: EnglishSubject for Advances in Physical Organic Chemistry:
373 p. · 15.5x23.3 cm · Hardback
Out of Print
Description
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Advances in Physical Organic Chemistry provides the chemical community with authoritative and critical assessments of the many aspects of physical organic chemistry. The field is a fast developing one, with results and methodologies finding application from biology to solid state physics.
This latest volume deals comprehensively with investigations that can be traced back to the birth of the field but which are still proving critical to the understanding of the stability of organic molecules and the mechanisms for their reactions.
Richard is interested in understanding the mechanism for the reactions of small molecules in water, and for their catalysis by enzymes. His early independent studies focused on developing methods to determine rate and equilibrium constants for reactions of simple carbanions and carbocations intermediates of organic reactions in water. This led to a broad characterization of substituent effects on the stability of these intermediates, and a rationale for the observation that many polar electron-withdrawing substituents cause a decrease in both the stability and reactivity of resonance stabilized carbocations. Richard transitioned to studies on the mechanism for small molecule catalysis in models for enzyme-catalyzed reactions. These included proton transfer, hydride transfer, aldol condensation reactions, and phosphate diester hydrolysis. Most recently he has focused on determining the mechanism for the stabilization of reactive carbocation and carbanion enzymatic reaction intermediates through interactions with active-site protein side chains. An important outcome of this work is the determination that the most pr
- Volume 37 of this hugely successful Advances in Physical Organic Chemistry series
- Comprehensive review articles covering various topics of interest within the physical organic chemistry field