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The nuclear Overhauser effect;: Chemical applications by Joseph H Noggle
by Joseph H Noggle | HC | Good
US $11.20
ApproximatelyS$ 14.45
Condition:
“Pages can have notes/highlighting. Spine may show signs of wear. ~ ThriftBooks: Read More, ”... Read moreabout condition
Good
A book that has been read but is in good condition. Very minimal damage to the cover including scuff marks, but no holes or tears. The dust jacket for hard covers may not be included. Binding has minimal wear. The majority of pages are undamaged with minimal creasing or tearing, minimal pencil underlining of text, no highlighting of text, no writing in margins. No missing pages.
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Located in: Aurora, Illinois, United States
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eBay item number:197444315166
Item specifics
- Condition
- Good
- Seller Notes
- Binding
- Hardcover
- Book Title
- The nuclear Overhauser effect;
- Weight
- 1 lbs
- Product Group
- Book
- IsTextBook
- No
- ISBN
- 9780125206501
About this product
Product Identifiers
Publisher
Elsevier Science & Technology Books
ISBN-10
012520650X
ISBN-13
9780125206501
eBay Product ID (ePID)
19038668458
Product Key Features
Number of Pages
Xi, 259 Pages
Language
English
Publication Name
Nuclear Overhauser Effect
Publication Year
1971
Subject
Power Resources / Nuclear, Physics / Magnetism
Type
Textbook
Subject Area
Technology & Engineering, Science
Format
Hardcover
Additional Product Features
Intended Audience
Scholarly & Professional
LCCN
70-159627
TitleLeading
The
Table Of Content
PrefaceAcknowledgmentsIntroductionChapter 1. Nuclear Spin-Lattice Relaxation A. The Nuclear Overhauser Effect B. Relaxation Times C. The Measurement of T1 D. Relaxation of Coupled Spins E. Relaxation of Two Spins F. The Nuclear Overhauser Effect for Two Spins G. Relaxation Times for Two Spins: the 3/2 Effect H. Conclusion ReferencesChapter 2. Mechanisms of Spin-Lattice Relaxation A. The Source of Spin-Lattice Relaxation B. Quadrupole Relaxation C. Intramolecular Dipole-Dipole Relaxation D. Rotational Correlation Times E. Intermolecular Dipole-Dipole Relaxation F. Spin-Rotation Relaxation G. Relaxation by Scalar Coupling H. Relaxation Times of Protons I. Conclusion ReferencesChapter 3. The Nuclear Overhauser Effect in Rigid Molecules A. Relaxation in Multispin Systems B. The Cross-Correlation Problem C. The NOE in Multispin Systems D. Two Spins and Two Groups of Equivalent Spins E. Three Nonequivalent Spins--amx F. The amx3 Case G. Three Spins: Linear H. Three Spins: Acute Case I. Four Spins J. Multispin Systems K. Heteronuclear NOE L. Conclusion ReferencesChapter 4. The Effects of Internal Motions A. Calculation of Enhancements as a Function of Internal Coordinates B. Internal Motions Not Affecting Internuclear Distances C. The Effects of Slow Internal Motions D. The Problem of Interpreting NOE Experiments in the Presence of Internal Motion E. Conclusion ReferencesChapter 5. Experimental Methods A. Sample Preparation B. Sidebands and Modulation C. Magnetic Field Lock D. Homonuclear Double Resonance E. Heteronuclear Double Resonance ReferencesChapter 6. Transient Methods A. Experiments on Two-Spin Systems B. Experiments on Multiple-Spin Systems C. The Fourier Transform Method ReferencesChapter 7. The Effects of Chemical Exchange A. Chemical Exchange Induced Spin-Lattice Relaxation B. Direct Effects of Chemical Exchange: the Transfer of Magnetization between Sites C. A Review of Applications of NOE to Exchanging Systems: Intermolecular Exchange D. A Review of Applications of NOE to Exchanging Systems: Intramolecular Exchange ReferencesChapter 8. Applications of the Nuclear Overhauser Effect: a Review of the Literature A. Assignment of Lines in NMR Spectra B. Determination of Molecular Configuration C. Determination of Molecular Conformation D. Miscellaneous Applications of the NOE ReferencesAppendix I: Tightly Coupled SpinsAppendix II: Mathematical Methods A. Fitting Exponential Functions to Experimental Data B. Numerical Integration C. The Fourier Transform General References ReferencesBibliographyAuthor IndexSubject Index
Synopsis
The Nuclear Overhauser Effect aims to provide a unified treatment of both the theory and applications of the NOE that would be accessible to the chemist who is not a specialist in NMR, but who would nevertheless like to use the NOE to solve problems in his own area of interest. Assuming only that the reader has a typical chemist's working knowledge of NMR, an attempt is made to present the results in each section in a sufficiently simple form so that little mathematical sophistication will be required to apply them with understanding. This book comprises eight chapters, and begins with a focus on nuclear spin-lattice relaxation. The following chapters then discuss mechanisms of spin-lattice relaxation; the nuclear overhauser effect in rigid molecules; the effects of internal motions; experimental methods; transient methods; the effects of chemical exchange; and applications of the nuclear overhauser effect, with a review of available literature. This book will be of interest to practitioners in the fields of chemistry and physics.
LC Classification Number
QC490
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