Radioactivity : introduction and history

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Chapter 1. Alpha Radiation ; I. Introduction; II. Decay Energies; III. Alpha Particle Interactions with Matter; IV. Alpha Particle Ranges; Chapter 2. Beta Radiation ; I. Introduction; II. Negatrons; III. Positrons; IV. Beta-particle Absorption and Transmission; V. Stopping Power and Linear Energy Transfer; Chapter 3. Gamma- and X-Radiation

Photons ; I. Introduction; II. Dual Nature: Wave and Particle; III. Gamma Radiation; IV. Annihilation Radiation; V. Cherenkov Radiation; VI. X-Radiation; VII. Bremsstrahlung; VIII. Interactions of Electromagnetic Radiation with Matter; Chapter 4. Neutron Radiation ; I. Introduction; II. Neutron Classification; III. Sources of Neutrons; IV. Interactions of Neutrons with Matter; V. Neutron Attenuation and Cross Sections; VI. Neutron Decay; Chapter 5. Atomic Electron Radiation ; I. Introduction; II. Internal Conversion Electrons; III. Auger Electrons; Chapter 6. Cosmic Radiation ; I. Introduction; II. Classification and Properties; III. Showers of the Cosmic Radiation; IV. Cosmic Rays Underground; V. Origins of Cosmic Radiation; VI. Cosmic Background Radiation; VII. Dose from Cosmic Radiation and other Sources; Chapter 7. Cherenkov Radiation ; I. Introduction; II. Theory and Properties; III. Cherenkov Photons from Gamma-ray Interactions; IV. Particle Identification; V. Applications in Radionuclide Analysis; Chapter 8. Radioisotope Decay, Radioactivity Units and Radionuclide Mass ; I. Introduction; II. Half-life; III. General Decay Equations; IV. Secular Equilibrium; V. Transient Equilibrium; VI. No Equilibrium; VII. More Complex Decay Schemes; VIII. Radioactivity Units and Radionuclide Mass; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;