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Difference between revisions of "Transition state"
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The '''transition state''' of any reaction is the highest point in the reaction coordinate, this is a balance point between starting material and product. By definition it does not have a lifetime, and so it cannot be isolated and studied directly. However, transition state structures can be determined by the measurement of kinetic isotope effects. | The '''transition state''' of any reaction is the highest point in the reaction coordinate, this is a balance point between starting material and product. By definition it does not have a lifetime, and so it cannot be isolated and studied directly. However, transition state structures can be determined by the measurement of kinetic isotope effects. | ||
| − | [[Image:ReactionCoordinate.png| | + | [[Image:ReactionCoordinate.png|center|400px]] |
[[Category:Definitions and explanations]] | [[Category:Definitions and explanations]] | ||
Latest revision as of 02:09, 1 May 2013
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- Author: Stephen Withers
- Responsible Curator: Spencer Williams
The transition state of any reaction is the highest point in the reaction coordinate, this is a balance point between starting material and product. By definition it does not have a lifetime, and so it cannot be isolated and studied directly. However, transition state structures can be determined by the measurement of kinetic isotope effects.
