The Quantum Theory of Unimolecular Reactions 2010 Edition at Meripustak

The Quantum Theory of Unimolecular Reactions 2010 Edition

Books from same Author: H. O. Pritchard

Books from same Publisher: CAMBRIDGE

Related Category: Author List / Publisher List


  • Retail Price: ₹ 3968/- [ 0.00% off ]

    Seller Price: ₹ 3968

Sold By: T K Pandey      Click for Bulk Order

Offer 1: Get ₹ 111 extra discount on minimum ₹ 500 [Use Code: Bharat]

Offer 2: Get 0.00 % + Flat ₹ 100 discount on shopping of ₹ 1500 [Use Code: IND100]

Offer 3: Get 0.00 % + Flat ₹ 300 discount on shopping of ₹ 5000 [Use Code: MPSTK300]

Free Shipping (for orders above ₹ 499) *T&C apply.

In Stock

Free Shipping Available



Click for International Orders
  • Provide Fastest Delivery

  • 100% Original Guaranteed
  • General Information  
    Author(s)H. O. Pritchard
    PublisherCAMBRIDGE
    ISBN9780521105866
    Pages192
    BindingPaperback
    LanguageEnglish
    Publish YearJune 2010

    Description

    CAMBRIDGE The Quantum Theory of Unimolecular Reactions 2010 Edition by H. O. Pritchard

    When this book was first published in 1984, the discovery of laser-induced mutliphoton chemical reactions had led to a resurgence of interest in the theory of unimolecular reactions. Attempts to explain these phenomena had been built on a very imperfectly understood theory of thermal unimolecular reactions. In this book, Professor Pritchard presents a treatment that dissects the unimolecular reaction process into a sequence of distinct phases, so that the assumptions of the theory can be clearly seen, and confusion over the theory avoided. As such it provides a self-consistent foundation upon which to begin to treat these phenomena. Postgraduate students and research workers in physical chemistry will find this an invaluable textbook on a topic that has suddenly become of primary importance. Table of contents :- 1. The observed properties of thermal unimolecular reactions; 2. The master equation for internal relaxation in molecules; 3. Reaction as a perturbation of the internal relaxtion; 4. The specific rate function k(E) as an inverse Laplace transform; 5. Unimolecular fall-off in strong collision systems; 6. A molecular dynamic approach to specific rate functions; 7. Building in the randomisation processes; 8. Weak collision processes; 9. How well does it all work?; Appendix.