Introduction to nuclear process

1. Introduction to nuclear process › Alpha, beta, and gamma radiation,Amount of a radioactive substance remaining after an integral number of half lives have passed › Alpha radiation and its properties
2. Introduction to nuclear process › Protons and neutrons - substructure, quarks and other sub atomic particles › Other sub atomic particles (anti- particles) ( pions, leptons, muons)
3. Introduction to nuclear process › Protons and neutrons - substructure, quarks and other sub atomic particles › Protons and neutrons substructure
4. Introduction to nuclear process › Protons and neutrons - substructure, quarks and other sub atomic particles › Introduction to quark model
5. Introduction to nuclear process › Half life period and calculations based on these half lives › Steps of calculations based on half lives
6. Introduction to nuclear process › Half life period and calculations based on these half lives › Decay constant and its derivation
7. Introduction to nuclear process › Half life period and calculations based on these half lives › Introduction to half life period
8. Introduction to nuclear process › Alpha, beta, and gamma radiation,Amount of a radioactive substance remaining after an integral number of half lives have passed › Substance remaining after each half lives
9. Introduction to nuclear process › Alpha, beta, and gamma radiation,Amount of a radioactive substance remaining after an integral number of half lives have passed › Gamma radiation and its properties
10. Introduction to nuclear process › Alpha, beta, and gamma radiation,Amount of a radioactive substance remaining after an integral number of half lives have passed › Beta radiation and its properties
11. Introduction to nuclear process › Protons,neutrons and nuclear force,Electromagnetic repulsion between the protons › Introduction to atomic and sub atomic particles
12. Introduction to nuclear process › Alpha, beta, and gamma radiation,Amount of a radioactive substance remaining after an integral number of half lives have passed › Radiations due to radioactive decay
13. Introduction to nuclear process › Three most common forms of radioactive decay (alpha, beta, gamma),Changes in the nucleus in each type of decay › Changes in nucleus for each type of decay
14. Introduction to nuclear process › Three most common forms of radioactive decay (alpha, beta, gamma),Changes in the nucleus in each type of decay › Types of radioactive decay (alpha, beta and gamma)
15. Introduction to nuclear process › Three most common forms of radioactive decay (alpha, beta, gamma),Changes in the nucleus in each type of decay › Nuclear decay
16. Introduction to nuclear process › Nuclear fusion and fission reactions,Radioactive isotopes › Radioactive isotopes
17. Introduction to nuclear process › Nuclear fusion and fission reactions,Radioactive isotopes › Isotopes and their properties
18. Introduction to nuclear process › Nuclear fusion and fission reactions,Radioactive isotopes › Introduction to nuclear reaction (fusion and fission)
19. Introduction to nuclear process › Protons,neutrons and nuclear force,Electromagnetic repulsion between the protons › Charges of sub atomic particles and electromagnetic repulsions of protons
20. Introduction to nuclear process › Protons,neutrons and nuclear force,Electromagnetic repulsion between the protons › Sub atomic particles and their general properties