Nuclear physics

Lecture 24 (5th Semester) - Energetics of Alpha decay

Lecture 23 (5th Semester) - Alpha decay | Geiger-Nuttal Law

Lecture 22 (5th Semester) - Successive Disintegration

Lecture 21 (5th Semester) - Radioactive Series

Lecture 20 (5th Semester) - Decay constant, half life time and Average life time

Lecture 19 (5th Semester) - Laws of Radioactivity

Lecture 18 (5th Semester) - Radioactivity

Lecture 16 (5th Semester) - Nuclear shell model part 3

Lecture 15 (5th semester) - Nuclear shell model part 2

Lecture 14 (5th Semester) - Nuclear shell model part 1

Lecture 13 (5th Semester) - Mass parabola & Failures of Liquid drop Model

Lecture 12 (5th Semester) - Most stable isobar

Lecture 11 (5th Semester) - Semi-Empirical mass formula

Lecture 10 (5th Semester) - Liquid Drop Model

Lecture 9 (5th Semester) - Stable nuclei

Lecture 8 (5th Semester) - Mass defect & Binding energy of nucleus

Lecture 7 (5th Semester) - Nuclear forces

Lecture 6 (5th Semester) - Nuclear electric quadrupole moment

Lecture 5 (5th Semester) - Nuclear magnetic dipole moment

Lecture 4 (5th Semester) - Nuclear density+Angular momentum+Parity+Statistics of nucleus

Lecture 3 (5th Semester) - Discovery of neutron & proton - neutron theory

Lecture 2 (5th Semester) - Proton electron theory

Lecture 1 - Part 1 - (5th Semester) - Overview of Syllabus & Rutherford scattering Experiment

Fusion nucléaire - La porte vers les étoiles ? LDDE

Nuclear Fusion - The Gateway to the Stars? LDDE

The Impact of Nuclear Fusion

Doświadczenie Rutherforda

Rutherford's experiment

Dosimetry and Measuring Radiation

Alpha Decay

24.4 E=mc2 et l'énergie de fusion par Ambrogio Fasoli

24.4 E=mc2 and fusion energy by Ambrogio Fasoli

Alpha Decay, Beta Decay, Positron Emission, Electron Capture and Gamma Radiation