Nuclear physics

NUCLEAR PHYSICS | Lecture 19 | Semiconductor Detector

NUCLEAR PHYSICS | Lecture 18 | Scintillation Counter

NUCLEAR PHYSICS | Lecture 17 |Dead Time of GM tube

NUCLEAR PHYSICS | Lecture 17 |Dead Time of GM tube

NUCLEAR PHYSICS | Lecture 16 | Quenching

NUCLEAR PHYSICS | Lecture 15 | Geiger-Müller Counter | Construction Principle and Working

NUCLEAR PHYSICS | Lecture 14 | Ionization & Proportional Counter

NUCLEAR PHYSICS | Lecture 13 | Radiation Detectors

NUCLEAR PHYSICS | 6th Sem | lecture 12 | Absorption of Gamma rays

NUCLEAR PHYSICS | Lecture 11 | Pair Production | Dirac Theory

NUCLEAR PHYSICS | Lecture 10 | Compton Scattering II

NUCLEAR PHYSICS | Lecture 9 | Compton Scattering

NUCLEAR PHYSICS | Lecture 8 | Interaction of Gamma rays with matter

NUCLEAR PHYSICS | Lecture 7 | Energy loss in light charged particle | Bremmstrahlung radiation

NUCLEAR PHYSICS | Lecture 9 | Range Straggling | Energy Straggling

NUCLEAR PHYSICS | Lecture 8 | Range of Charged particle

NUCLEAR PHYSICS | Lecture 7 | Bragg's Curve

CET OBJET A MILLE MILLIARDS DE FOIS L'ÂGE DE L'UNIVERS !

THIS OBJECT IS A THOUSAND BILLION TIMES THE AGE OF THE UNIVERSE!

NUCLEAR PHYSICS | Lecture 6 | Bethe Bloch Relation

NUCLEAR PHYSICS | Lecture 5 | Bohr formula of Energy loss

NUCLEAR PHYSICS | Lecture 4 | Bohr Formula of Energy Loss

NUCLEAR PHYSICS | Lecture 3 | Interaction of Heavy Charged particle with matter part 2 |6th Semester

NUCLEAR PHYSICS | Lecture 2 | Interaction of Heavy Charged particle with matter | 6th Semester

NUCLEAR PHYSICS | Lecture 1 | Introduction to Nuclear radiations | 6th Semester

Lecture 36 | 5th Semester | Nuclear reaction Cross-Section

Lecture 35 | 5th Semester | Kinematics of Nuclear reactions

Lecture 34 | 5th Semester | Types of Nuclear reactions

Lecture 33 | 5th Semester | Radiometric dating

Lecture 32 | 5th Semester | Internal Conversion

Lecture 31 | 5th Semester | Gamma decay I

Lecture 30 | 5th Semester | Beta decay - III

Lecture 29 | 5th Semester | Beta decay -II

Lecture 28 | 5th Semester | Beta decay -I

Lecture 27 | 5th Semester | Gamow's theory of Alpha decay (contd.)

Lecture 26 | 5th Semester | Gamow's Theory of Alpha decay

Lecture 25 (5th Semester) | Nuclear potential barrier | Theory of Alpha decay

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