Nuclear Magnetic Resonance for Organic Chemists'Lectures at a summer school organized by the Royal Institute of Chemistry in 1964.' |
Contents
LIST OF CONTRIBUTORS | 1 |
The Chemical ShiftPart I By J A ELVIDGE | 13 |
The Chemical ShiftPart II By J A ELVIDGE | 29 |
Copyright | |
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adjacent analysis appearance applied field approximately arises aromatic assignment atom average becomes benzene bond calculated cause centre Chapter Chem chemical shifts completely compounds conformation considerable considered contribution corresponding coupling constants depends discussed doublet effect electron energy equal equivalent example expected follows four frequency functions give given hydrogen increases induced intensity interaction involving limit lines magnetic field magnitude measured methyl groups mixing molecule multiplet Note nuclei observed obtained occurs organic orientation origin pair pattern Phys position possible protons quantum mechanics quartet range reference region relative resonance spectrum respect result ring rotation rule sample separation shielding shown shows signal simple single solutions solvent spectra spectrum spin splitting structure substituents Sweep symmetry Table theory transitions triplet usually values