Università Roma Tre

Topics of the lectures of the first part of the course.
a) Subatomic particles and their interactions with matter:
- Radioactive sources, cosmic rays and elementary particles;
- Ionisation energy loss for heavy charged particles;
- Ionisation energy loss for electrons and positrons;
- Cherenkov radiation;
- Transition radiation;
- Multiple coulomb scattering;
- Photons interactions;
- Pair production and shower development.

b) Particle detectors:
- General characteristics of particle detectors;
- Ionisation detectors;
- Scintillation detectors;
- Photomultiplier tubes.

c) Applications:
- Measurements of charged particle momenta;
- Introduction to particle identification;
- Trigger;
- Examples of fundamental experiments in particle physics.

All the relevant topics and practical informations needed to operate the particle detectors exploited in the lab will be given during the laboratory practice.

During the lectures slides and additional notes will be circulated.

The recommended textbook is::
(Leo W.R.) Techniques for Nuclear and Particle Physics Experiments [Springer-Verlag]

For an introduction to particle physics and to particle interactions in matter:
(Braibant S., Giacomelli G., Spurio M.) Particelle e interazioni fondamentali
[Springer] (in Italian)

Topics of the lectures of the first part of the course.
a) Subatomic particles and their interactions with matter:
- Radioactive sources, cosmic rays and elementary particles;
- Ionisation energy loss for heavy charged particles;
- Ionisation energy loss for electrons and positrons;
- Cherenkov radiation;
- Transition radiation;
- Multiple coulomb scattering;
- Photons interactions;
- Pair production and shower development.

b) Particle detectors:
- General characteristics of particle detectors;
- Ionisation detectors;
- Scintillation detectors;
- Photomultiplier tubes.

c) Applications:
- Measurements of charged particle momenta;
- Introduction to particle identification;
- Trigger;
- Examples of fundamental experiments in particle physics.

All the relevant topics and practical informations needed to operate the particle detectors exploited in the lab will be given during the laboratory practice.

During the lectures slides and additional notes will be circulated.

The recommended textbook is::
(Leo W.R.) Techniques for Nuclear and Particle Physics Experiments [Springer-Verlag]

For an introduction to particle physics and to particle interactions in matter:
(Braibant S., Giacomelli G., Spurio M.) Particelle e interazioni fondamentali
[Springer] (in Italian)

Topics of the lectures of the first part of the course.
a) Subatomic particles and their interactions with matter:
- Radioactive sources, cosmic rays and elementary particles;
- Ionisation energy loss for heavy charged particles;
- Ionisation energy loss for electrons and positrons;
- Cherenkov radiation;
- Transition radiation;
- Multiple coulomb scattering;
- Photons interactions;
- Pair production and shower development.

b) Particle detectors:
- General characteristics of particle detectors;
- Ionisation detectors;
- Scintillation detectors;
- Photomultiplier tubes.

c) Applications:
- Measurements of charged particle momenta;
- Introduction to particle identification;
- Trigger;
- Examples of fundamental experiments in particle physics.

All the relevant topics and practical informations needed to operate the particle detectors exploited in the lab will be given during the laboratory practice.

During the lectures slides and additional notes will be circulated.

The recommended textbook is::
(Leo W.R.) Techniques for Nuclear and Particle Physics Experiments [Springer-Verlag]

For an introduction to particle physics and to particle interactions in matter:
(Braibant S., Giacomelli G., Spurio M.) Particelle e interazioni fondamentali
[Springer] (in Italian)