Nuclear Magnetic Relaxation Induced by the Dynamics of Lattice Defects in Solids (7 = 3/2,I=2, and I= 5/2)

Articles in the same Issue

1. Absorption of X-rays by Coplanar Four-beam Reflections
2. On the Possibility of Stress Determination by Consideration of Pendellösung Effect
3. Dislocations in Homoepitaxial Layers on "Dislocation Free" LEC-GaP Substrates
4. Curved X-ray Trajectories in Nonperfect Crystals
5. Bragg Case in Laue Case Diffraction A Maybe Novel Statement on Wave Field Beams
6. Experimental and Theoretical Studies on X-ray Plane Wave Images of a Dislocation in the Laue Case
7. Enskog-Boltzmann-Equation for a Fluid of Nonspherical Particles
8. Thermodynamic Study of Al-Ge-Sn Ternary Alloys by E.M.F. Measurements
9. On the Linearity of Certain Coordinate Transformations Including the Lorentz Transformation
10. Amorphous Fe₇₂Cr₈P₁₃C₇ Powder with High Corrosion Resistance
11. Experimentelle und semi-empirische Protonen-Hyperfein- kopplungen von 1.3-Benzodioxol-Radikal-Kationen und ihre Korrelation mit Reaktivitäten in elektrophilen Substitutionen
12. MINDO/3 Study of the Protonation of Phenol and Methylphenols
13. Nuclear Magnetic Relaxation Induced by the Dynamics of Lattice Defects in Solids (7 = 3/2,I=2, and I= 5/2)
14. Effect of Frit Material on External Transport Numbers in Molten Salts
15. On a Unified Potential Energy Function for Ionic and Non-ionic Bonds and the Question of Chemical Bonding
16. Experimental Verification of the Theory on Rotational Motions of Prolate Luminescent Molecules in Solution
17. Ionization of Organic Molecules by Fast Molecular Ion Bombardment
18. Errata