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,  + and  - decay

,  + and  - decay. electromagnetic () decay. . . . Decay with instable daughter. Two nuclear decays: A  B  C.  a  b. Decay series of heavy elements. Decay chain of Uranium-238. Barrier penetration in -decay. Geiger-Nuttal observation in -decay.

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,  + and  - decay

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  1. ,  +and  -decay

  2. electromagnetic () decay   

  3. Decay with instable daughter Two nuclear decays: A  B C a b

  4. Decay series of heavy elements

  5. Decay chain of Uranium-238

  6. Barrier penetration in -decay

  7. Geiger-Nuttal observation in -decay

  8. The fission barrier

  9. Deformation of a heavy nucleus

  10. Weizsäcker parabola for even-odd isobars

  11. Weizsäcker parabolas for even-even and odd-odd isobars

  12. Energy Beta decay of 40K

  13. Modification of the beta spectrum by Coulomb interaction of  and daughter nucleus

  14. 6. Nuclear decays 6.1 The decay law 6.2 Natural radioactivity / radioactive dating 6.3 -decay 6.4 nuclear fission 6.5 -decay 6.6 electromagnetic decays 6.7 Mößbauer spectroscopy

  15. Energy levels and transitions in 17O

  16. Nuclei with oriented spins show angular distribution of  emission:

  17. Transition probabilities for  rays with various multipolarities

  18. Decay scheme of 57Fe

  19. Relative probabilities for  transition with simultaneous excitation of oscillator quanta

  20. Fraction of recoilless transitions

  21. Mössbauer‘s original set-up

  22. First observation of Mössbauer effect in 191Ir

  23. Isomer shift

  24. Magnetic dipole splitting

  25. Electric quadrupole hyperfine splitting

  26. Gravitational red shift experiment

  27. Radial electronic wavefunctions for the H-atom

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