1. ALFASTRÅLNING  HELIUMKÄRNOR ++++

3. Ra 226 88 Alfasönderfall 

4. Ra 226 88 Rn 222 86 Alfasönderfall 

5. Ra 226 88 Rn 222 86 He 4 2 ++ WkWk Alfasönderfall 

6. Ra 226 88 Rn 222 86 He 4 2 ++ WkWk Alfasönderfall 

7. Ra 226 88 Rn 222 86 He 4 2 ++ WkWk Alfasönderfall 

9. BETASTRÅLNING  ELEKTRONER POSITRONER

11. Betasönderfall  -

12. neutron

13. Betasönderfall  -

17. proton elektron

18. Betasönderfall  -

19. n 1 0 1 p 1 e 0 + Betasönderfall  -

21. Sr 90 38 Betasönderfall  -

22. Sr 90 38 Y 90 39 Betasönderfall  -

23. Sr 90 38 Y 90 39 e 0 + Betasönderfall  -

24. Sr 90 38 Y 90 39 e 0 + + WkWk Betasönderfall  -

25. Sr 90 38 Y 90 39 e 0 + Betasönderfall  - + WkWk +

27. Betasönderfall  +

28. proton

29. Mo 90 42 Betasönderfall  +

30. Mo 90 42 Nb 90 41 Betasönderfall  +

31. Mo 90 42 Nb 90 41 e 0 1 + Betasönderfall  + + WkWk

32. Mo 90 42 Nb 90 41 e 0 1 + Betasönderfall  + + WkWk +

33. Mo 90 42 Nb 90 41 e 0 1 + Betasönderfall  + + WkWk + p 1 1 1 n 0 e 0 1 +

35. GAMMASTRÅLNING  FOTONER

36. GAMMASTRÅLNING  FOTONER

37. GAMMASTRÅLNING  FOTONER

39. Ra 226 88 Rn 222 86 He 4 2 + WkWk +

40. Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk +

41.  Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk +

42.  Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk + 4,781 MeV

43.  Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk ++  4,781 MeV

44.  Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk ++  4,781 MeV

45.  Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk ++  4,781 MeV 4,598MeV

46.   Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk ++  4,781 MeV 4,598MeV

47.   Ra 226 88 Rn 222 86 Ra 226 88 Rn 222 86 He 4 2 + WkWk ++  4,781 MeV 4,598MeV 0,183 MeV

49. SLUT