Nuclear Magnetic Resonance for Organic Chemists'Lectures at a summer school organized by the Royal Institute of Chemistry in 1964.' |
Other editions - View all
Common terms and phrases
ABX spectrum Amer analysis applied field assignment atom benzene c/s Sweep carbon Chapter Chem chemical shifts combination lines compounds conformation cos² coupling constants cyclohexane Description of sample doublet effect electron electronegativity energy equivalent example fluorine frequency geminal geminal couplings H. J. Bernstein H₁ high field hydrogen hydrogen nuclei Inset Instrumental conditions intensity interaction J. D. Roberts JAX+JBX Jtrans line positions low field magnetic field Mc/s methane methyl groups methylene molecular molecule multiplet n.m.r. spectra Nuclear Magnetic Resonance nuclear spins nuclei observed obtained olefinic orbitals Organic Chemistry orientation ortho pair parameters Phys proton resonance pyridine quartet R. J. Abraham region relative signs resonance spectrum result ring rotation shielding shown in Fig signal Singlet solvent spectra spin system spin-coupled spin-spin splitting structure substituents symmetry Table transitions triplet values vinyl wave function