TIF210 Physics of nuclear reactors

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Chapter 1: Section 1.2 1 of 15

duration 34 minutes 56 seconds

Chapter 1: Section 1.2

Chapter 1: Section 1.2

Chapter 1: Section 1.2

Chapter 1: Section 1.2

HEAT BALANCE OF A NUCLEAR POWER PLANT 1.2 Simplified thermodynamic analysis of a water-cooled nuclear power plant. Poll Ping-pong course homepage Lecture notes Lecture…

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Chapter 3: Section 3.5.2 2 of 15

duration 57 minutes 12 seconds

Chapter 3: Section 3.5.2

Chapter 3: Section 3.5.2

Chapter 3: Section 3.5.2

Chapter 3: Section 3.5.2

PHYSICS OF STEADY-STATE NEUTRON TRANSPORT 3.5 Treatment of the energy-dependence of the neutron density 3.5.2 Two-group neutron diffusion theory Poll Ping-pong…

Uppladdad av Christophe Demaziere

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Chapter 4: Section 4.2 3 of 15

duration 1 hour 34 minutes

Chapter 4: Section 4.2

Chapter 4: Section 4.2

Chapter 4: Section 4.2

Chapter 4: Section 4.2

PHYSICS OF NON STEADY-STATE NEUTRON TRANSPORT 4.2 Slow changes in reactivity Poll Ping-pong course homepage Lecture notes Lecture slides Wecast survey Ask a question…

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Chapter 1: Introduction + Section 1.1 4 of 15

duration 1 hour 7 minutes

Chapter 1: Introduction + Section 1.1

Chapter 1: Introduction + Section 1.1

Chapter 1: Introduction + Section 1.1

Chapter 1: Introduction + Section 1.1

HEAT BALANCE OF A NUCLEAR POWER PLANT1.1 Basics of thermodynamics Poll Links:Ping-pong course homepage Lecture notes Lecture slides Webcast survey Ask a question via…

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Chapter 3: Introduction + Section 3.1 5 of 15

duration 1 hour 9 minutes

Chapter 3: Introduction + Section 3.1

Chapter 3: Introduction + Section 3.1

Chapter 3: Introduction + Section 3.1

Chapter 3: Introduction + Section 3.1

PHYSICS OF STEADY-STATE NEUTRON TRANSPORT 3.1 Basics in neutron physics Poll Ping-pong course homepage Lecture notes Lecture slides Webcast survey Ask a question via…

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Chapter 1: Section 1.3 6 of 15

duration 1 hour 19 minutes

Chapter 1: Section 1.3

Chapter 1: Section 1.3

Chapter 1: Section 1.3

Chapter 1: Section 1.3

HEAT BALANCE OF A NUCLEAR POWER PLANT 1.3 Heat balance of a water-cooled nuclear power plant Poll Ping-pong course homepage Lecture notes Lecture slides Webcast…

Uppladdad av Christophe Demaziere

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Chapter 3: Section 3.5.1 7 of 15

duration 1 hour 39 minutes

Chapter 3: Section 3.5.1

Chapter 3: Section 3.5.1

Chapter 3: Section 3.5.1

Chapter 3: Section 3.5.1

PHYSICS OF STEADY-STATE NEUTRON TRANSPORT 3.5 Treatment of the energy-dependence of the neutron density 3.5.1 One-group neutron diffusion theory' Poll Ping-pong…

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Chapter 3: Section 3.3 8 of 15

duration 39 minutes 23 seconds

Chapter 3: Section 3.3

Chapter 3: Section 3.3

Chapter 3: Section 3.3

Chapter 3: Section 3.3

PHYSICS OF STEADY-STATE NEUTRON TRANSPORT 3.3 Neutron transport theory Poll Ping-pong course homepage Lecture notes Lecture slides Webcast survey Ask a question via…

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Chapter 3: Section 3.4 9 of 15

duration 54 minutes 23 seconds

Chapter 3: Section 3.4

Chapter 3: Section 3.4

Chapter 3: Section 3.4

Chapter 3: Section 3.4

PHYSICS OF STEADY-STATE NEUTRON TRANSPORT 3.4 From transport to diffusion theory Poll Ping-pong course homepage Lecture notes Lecture slides Webcast survey Ask a…

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Chapter 3: Section 3.2 10 of 15

duration 2 hours 4 minutes

Chapter 3: Section 3.2

Chapter 3: Section 3.2

Chapter 3: Section 3.2

Chapter 3: Section 3.2

PHYSICS OF STEADY-STATE NEUTRON TRANSPORT 3.2 Overview of the physical phenomena in a thermal reactor Poll Ping-pong course homepage Lecture notes Lecture slides…

Uppladdad av Christophe Demaziere

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Chapter 5: Section 5.3 11 of 15

duration 22 minutes 10 seconds

Chapter 5: Section 5.3

Chapter 5: Section 5.3

Chapter 5: Section 5.3

Chapter 5: Section 5.3

PHYSICS OF SINGLE-PHASE FLOW DYNAMICS 5.3 Derivation of the area-integrated single-phase conservation equations Poll Ping-pong course homepage Lecture notes Lecture…

Uppladdad av Christophe Demaziere

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Chapter 5: Section 5.2 12 of 15

duration 1 hour 11 minutes

Chapter 5: Section 5.2

Chapter 5: Section 5.2

Chapter 5: Section 5.2

Chapter 5: Section 5.2

PHYSICS OF SINGLE-PHASE FLOW DYNAMICS 5.2 Dynamics of fluid flow situations encountered in nuclear engineering Poll Ping-pong course homepage Lecture notes Lecture…

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Chapter 5: Introduction + Section 5.1 13 of 15

duration 1 hour 40 minutes

Chapter 5: Introduction + Section 5.1

Chapter 5: Introduction + Section 5.1

Chapter 5: Introduction + Section 5.1

Chapter 5: Introduction + Section 5.1

PHYSICS OF SINGLE-PHASE FLOW DYNAMICS 5.1 Derivation of the local single-phase conservation equations Poll Ping-pong course homepage Lecture notes Lecture slides…

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Chapter 4: Introduction + Section 4.1 14 of 15

duration 2 hours 38 minutes

Chapter 4: Introduction + Section 4.1

Chapter 4: Introduction + Section 4.1

Chapter 4: Introduction + Section 4.1

Chapter 4: Introduction + Section 4.1

PHYSICS OF NON STEADY-STATE NEUTRON TRANSPORT 4.1 Rapid changes in reactivity - reactor kinetics and feedback Poll Ping-pong course homepage Lecture notes Lecture…

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Chapter 5: Section 5.4 15 of 15

duration 23 minutes 31 seconds

Chapter 5: Section 5.4

Chapter 5: Section 5.4

Chapter 5: Section 5.4

Chapter 5: Section 5.4

PHYSICS OF SINGLE-PHASE FLOW DYNAMICS 5.4 Determination of the enthalpy rise in a heated channel Poll Ping-pong course homepage Lecture notes Lecture slides Wecast…

Uppladdad av Christophe Demaziere

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