Emanuele Ghedini

Programma dell'Insegnamento di Fisica dei Reattori Nucleari T

Testi di riferimento

Testi di base usati a lezione:

• J.J. Duderstadt, L.J. Hamilton, "Nuclear Reactor Analysis", Wiley (1976), https://deepblue.lib.umich.edu/handle/2027.42/89079
• W.M. Stacey,"Nuclear Reactor Physics", 2nd Edition, Wiley-VCH
• J.P. Friedberg, "Plasma Physics and Fusion Energy", Cambridge University Press

Per approfondimenti:

• B. Montagnini, "Lezioni di Fisica del Reattore Nucleare", Università di Pisa (disponibile su Virtuale)
• J.R. Lamarsh, "Introduction to Nuclear Reactor Theory", Addison-Wesley (1961), https://hdl.handle.net/2027/coo.31924004142463
  
• G.I. Bell, S. Glasstone, "Nuclear Reactor Theory", Litton Educational Publishing (1970), https://www.osti.gov/biblio/4074688
  
• J.A. Mahaffey, "Nuclear Accidents", Pegasus Books (2015)
• C. Tucker, "How to Drive a Nuclear Reactor", Springer (2019), https://doi.org/10.1007/978-3-030-33876-3

Lezione 19/02/2025 (2.5 ore, aula II)

• Neutron Density and Flux, Angular Densities and Currents (Duderstadt 4.I)

Lezione 21/02/2025 (2.5 ore, aula 1.2)

• Differential Scattering Cross Sections (Duderstadt 2.I.D.1)
• The Neutron Transport Equation (Duderstadt 4.II)
• The Neutron Continuity Equation (Duderstadt 4.IV.A)
  

Lezione 26/02/2025 (2.5 ore, aula II)

• Neutron Transport Equation Simplifications (Duderstadt 4.IV.B.1-2
• The One-Speed Diffusion Equation (Duderstadt 4.IV.C)

Lezione 05/03/2025 (2.5 ore, aula II)

• The Energy Dependent Diffusion Equation (Duderstadt 4.IV.D)
• Diffusion Theory Boundary Conditions (Duderstadt 4.IV.E)

Lezione 07/03/2025 (2.5 ore, aula 1.2)

• The Slab Reactor (Duderstadt 5.I.C, 5.III.A-C)

Lezione 12/03/2025 (2.5 ore, aula II)

• Criticality Condition for General Bare Geometries (Duderstadt 5.III.D)
• Reactor Criticality Calculations (Duderstadt 5.IV.A-B)
  

Lezione 14/03/2025 (2.5 ore, online)

• Point Reactor Kinetics (Duderstadt 2.II.C, 6.I.A-B, Dispense Cinetica del Docente)

Lezione 19/03/2025 (2.5 ore, aula II)

• One Delayed Group and Inhour Equation (Duderstadt 6.II.A-B, Dispense Cinetica del Docente)
• Reactor Dynamics (Duderstadt 6.III.A-B.1)

Lezione 21/03/2025 (2.5 ore, aula 1.2)

• Kinematic Of Neutron Scattering (Duderstadt 2.I.D.2)
  

Lezione 28/03/2025 (2.5 ore, aula 1.2)

• Lethargy, Moderating Power and Ratio  (Duderstadt 8.I.B.2.b-c)
• Multigroup Diffusion Theory (Duderstadt 7.I-7.II)
  

Lezione 02/04/2025 (2.5 ore, aula II)

• Simple Application of the Multigroup Diffusion Model (Duderstadt 7.III.A-B, 7.IV.A)

Lezione 04/04/2025 (2.5 ore, aula 1.2)

• Progetto Manhatthan (Dispense Docente)