Learning objectives
Acquirement of the elements of nuclear physics. Knowledge of the main spectroscopic techniques and basic electronics.
Prerequisites
The Corse requires the knowledge of elements of Modern Physics <br />
Course unit content
<p>Elements of nuclear physics: nuclei and elemental particles. <br />
Nuclear reactions and radioactive decays. <br />
Nuclear fusion and fission. The nuclear reactors. <br />
Ionization detectors. <br />
Scintillation detectors. Photomultipliers. <br />
Semiconductor detectors. <br />
Preamplifiers and amplifiers. Discriminators. Multichannel analyzers. <br />
X-ray and Electron Spectroscopies (outline) <br />
Particle induced X- and γ- ray emission (PIXE, PIGE) <br />
Rutherford Back-scattering (RBS) <br />
Moessbauer Spectroscopy (TMS) </p>
Bibliography
• N.A. Jelley, “Fundamentals of nuclear physics”, Cambridge Univ. Press, UK (1990). <br />
• W. R. Leo, 'Techniques for Nuclear and Particle Physics Experiments', Springer-Verlag, Berlin Heidelberg (1987). <br />
• G. C. Eichholz and J.W. Poston, 'Principles of nuclear radiation detection', Ann Arbor Sci. Publ. Inc., Michigan (1979). <br />
• Kenji Kimura, Rutherford Backscattering Spectroscopy” in Encyclopedia of Anal. Chem., E.A. Meyers Ed., John Wiley & Sons Ltd. Chichester, 2000. <br />
• G. K. Wertheim, 'Mössbauer Effect Principles and Applications', Academic Press, New York (1964). <br />
• M. Carbucicchio, 'Mössbauer Spectroscopy', in 'Physics of Metals', p. 108, E. S. Giuliano and C. Rizzuto eds., World Sci., Singapore (1988). <br />