20:23

Linearisation of equation

17:46

Lithium drifted junction detector

22:26

single particle motion in E and B part 2

17:24

Single particle motion in uniform E & B

33:01

single particle motion in uniform B

19:26

Nuclear Force: Part 2

24:49

Nuclear Force: Part 1

30:20

Quantum numbers

23:41

Mobility of charge particles

37:22

Fundamental concepts of plasma part 2

17:22

plasma parameters

26:34

Dielectric constant of plasma part 2

23:42

dielectric constant of plasma

21:03

parity

16:54

Electric quadrupole moment

28:38

nuclear magnetic moment

24:28

internal resistance

24:31

Mobility of electrons in the presence of magnetic field.

36:48

Binding Energy

27:57

Fundamental concepts in plasma

34:36

Debye shielding

34:27

Existence of various tempratures in plasma

20:40

Plasma Resistivity

21:13

introduction to plasma

27:57

Fission products part 2

24:57

Theory of nuclear fission part 2

33:47

Theory of nuclear fission

21:18

Mass distribution

21:24

concept of temperature part 2

31:29

Conceptof Temperature

24:00

Existence of plasma

26:14

RC filters 1

34:26

fission products

34:51

Fission cross section

19:24

Nuclear fission part 2

32:13

discovery of Nuclear Fission

31:59

Neutron production

31:14

neutron detection

28:23

Introduction to neutron Physics

33:07

Nuclear cross section : Part 2

33:56

Wheatstone bridge

33:27

Transformer 4a

08:50

Transformer 3a

17:41

transformer 2a

24:26

Transformer 1a

33:41

Nuclear cross section

32:25

Compound Nucleus theory

37:02

Liquid drop model: volume energy

24:44

Introduction to nuclear models

24:26

Transformer: Part 1

33:16

Kinematics of nuclear reactions

24:39

Discovery of Neutrons

36:37

Introduction to nuclear reactions

32:31

Collective model

23:09

Shell Model predictions

34:36

shell model: Part 3

37:48

shell model: Part 2

32:40

shell model

37:51

conditions of nuclear stability

06:11

Lab Introduction