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GIANNETTI FABIO
(
programma)
Part A: Nuclear Physics and Nuclear Reactor Theory
Atomic nature of matter and properties of nuclei
Radioactivity
Neutron Interactions and Nuclear Fission
Reactor Theory: Neutron characteristics
Neutron moderation and energy spectra
Reactivity
Reactor Control
Radiation Protection and Dosimetry
Space Radiation Protection
Part B: Space Applications of Nuclear Energy
Nuclear power plants: a short introduction
The Role of Nuclear Energy in Space Exploration
Space Nuclear Systems Safety and Risk Assessment
Heat Pipes in Space Reactors Power Systems
Power conversion in Nuclear Space Systems
Fission Surface Power Systems
Part C: Nuclear Space Systems and Propulsion
Reactors in Space
Nuclear Thermal Propulsion (NTP) and Rockets
Nuclear Electric Propulsion (NEP)
Additional Nuclear Propulsion Concepts
Nuclear Energy for Interplanetary Missions and International Programs
Dispense del corso fornite a lezione
(Date degli appelli d'esame)