H. C. Verma: Nuclear Physics Fundamentals and Application (IIT Kanpur)

# playlist of the 42 videos (click the up-left corner of the video)

source: nptelhrd     2014年3月25日
Physics - Nuclear Physics Fundamentals and Application by Prof. H. C. Verma, Department of Physics, IIT Kanpur. For more details on NPTEL visithttp://nptel.ac.in

01 -Brief Overview of the course 53:34
02 Nuclear Size 58:49
03 Nuclear Size Cont.. 50:41
04 Nuclear Size Cont.. 58:15
05 Semi empirical Mass Formula 1:03:17
06 Semi empirical Mass Formula Cont.. 55:10
07 Semi empirical Mass Formula Cont.. 49:57
08 Semi empirical Mass Formula Cont.. 48:42
09 Semi empirical Mass Formula Cont.. 57:46
10 How are Neutron stars bound 46:27
11 Deuteron 58:12
12 Deuteron Cont.. 54:57
13 Deuteron Cont.. 1:01:56
14 Scattering of nucleons 57:48
15 Low energy n-p scattering 58:53
16 Theories of nuclear forces 58:18
17 Shell model 53:36
18 Shell model Contd.. 51:45
19 Shell model Contd.. 58:52
20 Shell model Contd.. 54:33
21 Shell model Contd.. 52:05
22 Collective models 54:59
23 Vibrational and Rotational levels 59:17
24 Radioactivity, Alpha Decay 54:47
25 Alpha decay Contd.. 50:29
27 Beta decay Contd.. 52:15
28 Beta decay Contd.. 54:08
29 Gamma decay 55:38
30 Nuclear Reactions 58:20
31 Nuclear reaction Contd.. 54:41
32 Nuclear reaction Contd.. 49:05
33 Nuclear Fission basics 50:18
34 Nuclear fission of uranium 52:15
35 Nuclear Fission Reactor 1:00:55
36 Nuclear Energy Programme of India 57:28
37 Nuclear Fusion 51:36
38 Nuclear fusion Contd.. 59:31
39 Thermonuclear fusion reactors 51:01
40 Fusion reactions in Stars and stellar neutrinos 53:40
41 Nucleosynthesis of elements in Stars 47:24
42 Mossbauer Spectroscopy 53:33
43 RBS, PIXE, NAA, Summary 53:01