Molecular Reaction Dynamics 1st Edition by Raphael Levine ISBN 9780521842761 0511080816

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Product details: 

ISBN 10: 0511080816

ISBN 13:  9780521842761

Author: Raphael D. Levine

Molecular Reaction Dynamics (1st Edition) by Raphael D. Levine provides a comprehensive introduction to the field of chemical reaction dynamics, with a focus on the understanding of the molecular processes that occur during chemical reactions. The book combines theoretical concepts with practical examples to explain how molecular reactions proceed at the atomic and molecular level.

The key aspects covered in this book include:

Basic Principles of Molecular Reactions: The book discusses the foundational principles of molecular collisions, energy transfer, and reaction dynamics, focusing on how reactants interact to form products.

Theoretical Models and Methods: It presents various theoretical models and computational techniques that are used to analyze and predict the outcomes of chemical reactions. These include quantum mechanics, statistical mechanics, and classical mechanics.

Scattering Theory: The book delves into the application of scattering theory to understand how molecules collide and react, emphasizing how this can be used as a tool to study reaction rates and mechanisms.

Polyatomic Reactions: Levine explores the complexity of reactions involving polyatomic molecules and the unique challenges these reactions present, such as the effect of molecular vibrations and rotations.

Experimental Techniques: The book also reviews experimental methods used in the study of molecular reaction dynamics, such as time-resolved spectroscopy and molecular beam techniques.

Applications: Levine discusses how these concepts apply to various chemical systems, such as gas-phase reactions, surface reactions, and reactions in the condensed phase.

This book is intended for advanced students and researchers in physical chemistry, chemical physics, and related fields. It serves as both an introductory text and a reference for those interested in the detailed molecular-level understanding of chemical reactions and processes.

If you’d like more details on any specific section, feel free to ask!

Table of contents: 

1. Understanding Chemical Reactions at the Molecular Level

2. Molecular Collisions

3. Introduction to Reactive Molecular Collisions

4. Scattering as a Probe of Collision Dynamics

5. Introduction to Polyatomic Dynamics

6. Structural Considerations in the Calculation of Reaction Rates

7. Photoselective Chemistry: Access to the Transition State Region

8. Chemistry in Real Time

9. State-changing Collisions: Molecular Energy Transfer

10. Stereodynamics

11. Dynamics in the Condensed Phase

12. Dynamics of Gas–Surface Interactions and Reactions

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Tags: Raphael Levine, Molecular Reaction