Table of Contents

1. Nuclide Info

2. Quick Info

3. Introduction
      3.1 Notes
      3.2 Description
      3.3 Additional Symboles

4. General View of Natural Decay Chains
      4.1 U-238 Decay Chain
      4.2 Th-232 Decay Chain
      4.3 U-235 Decay Chain

5. Natural Radiactive Families in Detail
      5.1 Decay of U-238 and their Daughters
      5.2 Decay of Th-232 and their Daughters
      5.3 Decay of U-235 and their Daughters
      5.4 Special Isotopes
      5.5 Radiological Data of Uranium
      5.6 X-Ray from Natural Isotopes
      5.7 γ-Energies in Energy-Oder of Common Isotope
      5.8 α-Energies in Energy-Oder of Natural Isotope
          5.8.1 α-Energies of U-238 Decay Chain
          5.8.2 α-Energies of Th-232 Decay Chain
          5.8.3 α-Energies of U-235 Decay Chain
          5.8.4 α-Energies of the Three Decay Chains
      5.9 α-Energies of Lanthanides and metals

6. Additional Natural Radiactive Nuclides
      6.1 Primordial Radianuclides
      6.2 Cosmogenic Produced Radionuclides

7. Man-Made Radionuclides
      7.1 Activation Products
      7.2 Fission Products
      7.3 γ-Energies in Energy-Oder of Man-Made Isotopes

8. Iodine Radioiostpes

9. Nuclear Medicine Radionuclides
      9.1 Therapy (Beta Emitter)
      9.2 Diagnostic
          9.2.1 In Vivo
          9.2.2 In Vitro
      9.3 PET (Positron Emitter)
      9.4 Bone Seeking Radioisotopes
      9.5 Body Composition Radionuclides

10. Calibration Radionuclides
      10.1 Common Photon Standard Nuclides
      10.2 Low Energy Photon Standard Nuclides
      10.3 Multi-Photon Standard Nuclides
      10.4 Electron Standard Nuclides
      10.5 γ-Energies in Energy-Oder of Calibration Isotopes

11. Low-Background Aplication
      11.1 Observable γ-Lines from Natural Isotopes
      11.2 Observable γ-Lines from Man-Made Isotopes
      11.3 Partial Induced Radiation
          11.3.1 Neutron Scattering
          11.3.2 Neutron Capture
          11.3.3 Activation Capture
          11.3.4 Fluorescence
      11.4 γ-Energies in Energy-Oder of Low-Background Measurement

12. Neutron Interaction
      12.1 Neutron Capture of Light Isotopes

13. Escape- & Summing-Effects
      13.1 Escape-Energy
      13.2 SE- & DE-Peaks of Pair-Creation & Summing-Energy

14. Actinides
      14.1 General View of Decay Channels
      14.2 Plutonium Isotopes
      14.3 α-Energies of Cm-Isotope
      14.4 α-Energies of Am-Isotope
      14.5 α-Energies of Cf- and Pu-Isotope
      14.6 α-Energies of U- and Np-Isotope
      14.7 α-Energies in Energy-Oder of Actinides

15. List of Isotopes and Materials
      15.1 Properties of Isotopes
      15.2 Properties of Materials

References

Index