Experimental and theoretical description of Mössbauer spectroscopical investigations.
1. Introduction, 2. Mössbauer effect, 3. Velocity dependent count rate, 4. Experimental details, 5. Mössbauer isotopes, 6. Electrical quadrupole splitting, 7. Magnetic hyperfine splitting, 8. Combination of magnetic and electrostatic exchange interaction, 9. Influence of temperature and direction of hyperfine field, 10. Isomer shift, 11. Quadratic Doppler effect, 12. Intensity ratio of hypefine transitions, 13. Nuclear quadrupole moment and electrical field gradient in 57Fe, 14. Relaxation mechanisms.
(Mössbauer-Spektroskopie Magn.Relaxationsprozesse)
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