High Resolution Nuclear Magnetic Resonance Spectroscopy, Volume 1 |
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Page 2
... magnetic moment of the hydro- gen nucleus to be measured . The method has been developed further by sub- jecting the beam to an additional magnetic field oscillating at the frequency required to induce transitions between the nuclear ...
... magnetic moment of the hydro- gen nucleus to be measured . The method has been developed further by sub- jecting the beam to an additional magnetic field oscillating at the frequency required to induce transitions between the nuclear ...
Page 4
James William Emsley, J. Feeney, L. H. Sutcliffe. electron resonance must have a frequency in the microwave region . It is not surprising then that electron spin resonance ( ESR ) has been known for as long a period as nuclear magnetic ...
James William Emsley, J. Feeney, L. H. Sutcliffe. electron resonance must have a frequency in the microwave region . It is not surprising then that electron spin resonance ( ESR ) has been known for as long a period as nuclear magnetic ...
Page 9
... Resonance , Butter- worths , London . 13. D. H. WHIFFEN , Quart . Rev. , 12 , 250 ( 1958 ) . 14. D. J. E. INGRAM ... Nuclear Magnetic Resonance , Cambridge University Press ( 1956 ) . 19. R. E. RICHARDS , Quart . Rev. , 10 , 480 ( 1956 ) ...
... Resonance , Butter- worths , London . 13. D. H. WHIFFEN , Quart . Rev. , 12 , 250 ( 1958 ) . 14. D. J. E. INGRAM ... Nuclear Magnetic Resonance , Cambridge University Press ( 1956 ) . 19. R. E. RICHARDS , Quart . Rev. , 10 , 480 ( 1956 ) ...
Contents
GENERAL THEORY OF NUCLEAR MAGNETIC RESONANCE | 10 |
68 | 27 |
THE ORIGIN OF CHEMICAL SHIFTS AND SPINSPIN COUPLING | 59 |
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¹H resonance spectrum AA'BB absorption bands acid Amer analysis applied benzene calculated Chem chemical shift chemical shift difference coil compounds coupling constants cycles sec-1 decoupling diagonal diamagnetic doublet E₁ effect eigenfunctions eigenvalues electron energy levels exchange fluorine given gives H₁ H₂ Hamiltonian hence hydrogen atoms hydrogen bonding hydrogen nuclei hydrogen resonance interaction irradiation line width magnetic field magnetic moment magnetic nuclei magnetically equivalent matrix elements Mc sec-1 measured method methyl molecular molecule multiplet non-equivalent nuclear magnetic resonance nuclei observed obtained orbital paramagnetic parameters Phys proton radiofrequency radiofrequency field relative intensities relative signs relaxation resonance frequency rotation sample sec-¹ Section secular equation shielding constant signal solution solvent spectra spectrometer spin functions spin system spin-spin substituted symmetry T₁ T₂ Table temperature transition energies v₁ values wavefunctions zero