A Handbook of Nuclear Magnetic Resonance

Adiabatic rapid passage; Apodization; Baseline correction; Bilinear rotation decoupling; Block-siegert effect; Broadband decoupling; Chemical exchange; chemically induced nuclear polarization; Coherence; Coherent decoupling; Composite pulses; Continuous-wave spectroscopy; Convolution; Cooley-Tukey algorithm; correlation spectroscopy; Difference spectroscopy; Digitization; Field/frequency regulation; Fourier transformation; free induction decay; Hartmann-Hahn experiment; Intensities; J-spectroscopy; Lineshapes in two-dimensional spectra; Maximum entropy method; Measurement of coupling constants; Multiple-quantum coherence; Multiplicity determination; Nuclear overhauser effect; Nuclear susceptibility; Phase cycling; Polarization transfer; Product operator formalism: Pulsed field gradients;Quadrature detection; radiation damping; Radiofrequency pulses; Resolution enhancement; Rotating frame; Sample spinning; Saturation transfer; Selective excitation; Sensitivity; Sensitivity enhancement; Solvent suppression; Spin echoes; Spin-lattice relaxation; Spin locking; Spin-spin relaxation; Spin tickling; Steady-state effects; Stochastic excitation; t1 Noise; Time averaging; Transient nutations; Two-dimensional spectroscopy; Vector model