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FUNDAMENTALS OF NUCLEAR POWER GENERATION

Duration: 22:05:00
Lectures: 30
Level: Beginner

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                                     The depleting stock of fossil fuels and global concern over the preservation of environment has
projected nuclear energy as a very relevant option, particularly considering the near-zero emission and huge resource availability. From technological point of view, nuclear power production is quite different from the conventional thermal plants and therefore it is the need of the hour to grasp the essentials at an early level. Present course introduces the students to the fundaments of nuclear power generation. Starting from the atomic structure, students will be gradually familiarized with different concepts, finally leading to the design of different reactors. Important topics such as nuclear waste management, biological impact of radiation and safety issues pertinent to handling nuclear fuels will also be discussed.

1
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec1-Introduction of nuclear energy
54:24
2
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec2-Binding energy and mass defect
39:11
3
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec3-Radioactivity and radioactive decay
51:17
4
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec4-Different types of nuclear transmutation
59:46
5
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec5-Artificial radioactivity and neutron-nucleus interactions
55:12
6
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec6-Energy and momentum conservation
1:03:02
7
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec7-Fission & role of neutron energy
56:01
8
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec8-Theory of elastic scattering
53:56
9
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec9-Neutron multiplication factor
1:05:38
10
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec10-Neutron diffusion theory
52:23
11
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec11-Solution of one-group diffusion equation
43:34
12
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec12-Simple reactor theory
46:15
13
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec13-Nuclear fuel & simple energy consideration
55:21
14
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec14-Axial temperature distribution & heat transfer coefficient
50:31
15
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec15-Prompt & delayed neutrons
57:59
16
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec16-Delayed neutron kinetics
39:16
17
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec17-Different control mechanisms & various effects
1:04:53
18
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec18-Classical reactor designs
47:53
19
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec19-Evolution of reactors from Gen-I to Gen-IV
1:04:51
20
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec20-The concept of breeding
48:26
21
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec21-Fuel cycles & FBR
54:01
22
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec22-Gen-IV FBR designs
51:25
23
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec23-Hydrogen fusion reactions
52:30
24
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec24-Coulomb barrier & other critical factors
45:03
25
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec25-Radiation dose & gross biological effects
50:15
26
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec26-Stochastic & deterministic effects of human cells
36:28
27
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec27-Lessons from TMI & Chernobyl
53:00
28
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec28-Defence-in-depth Philosophy
57:37
29
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec29-Waste classification & Disposal of Mill Tailings
46:45
30
FUNDAMENTALS OF NUCLEAR POWER GENERATION-Lec30-Disposal methodologies for HLW & IMW
53:00

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FUNDAMENTALS OF NUCLEAR POWER GENERATION
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