NMR. |
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O Kanert and M Mehring | 2 |
O KANERT and M MEHRING | 3 |
812 | 9 |
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a₁ according to Eq amplitude behaviour C₁₁ calculated coefficients correlation cos Ho cubic deformed density matrix diffusion dipolar dipoles dislocation density dislocation dipoles double resonance EFG tensor electric field gradient electron equation experimental fluctuations Fourier transform free induction decay frequency a(r function go(a Gaussian Gaussian function given go(s H₁ h₂ Hamiltonian interaction ions isotropic Larmor frequency lattice defects line shape magnetic field magnetic relaxation matrix Mc/s measurements molecular NMR signal NMR wide-line signal nuclear magnetic nuclear spin nucleus obtained orientation function paramagnetic peak intensity fm/fmo Phys plot point defects proton pulse quadrupole distortion quadrupole frequency quadrupole function quadrupole perturbation relaxation function relaxation spectroscopy rf-field rotation angle sample satellite shape function shown in Fig signal parameters sin² single crystal slip system spin echo symmetry T₂ Table temperature theory transition frequencies V₁ V₂z values Zeeman field