Laboratory of medical physic B
Code 281BB
Credits 15
Learning outcomes
Nel corso di laboratorio viene effettuata la caratterizzazione di scintillatori, fotorivelatori e sensori allo stato solido per la misura di campi di radiazioni ionizzanti. Saranno implementate tecniche sperimentali di imaging con sistemi diagnostici di media-alta complessita’, quali TAC, SPECT, PET . Inoltre verranno effettuate simulazioni a calcolatore di codici Monte Carlo.
This Hands-on-laboratory covers, the charatherization of scintillators photodetectors adn solid state sensors for the mesurament of ionasing radiation fields. Experimental immaging techiques are implemented and make use of medium/high complexity diagnostic systems, such as, CT, SPECT and PET.Computer simulationswith Monte Carlo codes are also performed.
Obiettivi formativi in Inglese: This hands-on laboratory course covers the characterization of scintillators, photodetectors and solid state sensors for the measurement of ionizing radiation fields. Experimental imaging techniques are implemented that make use of medium/high complexity diagnostic systems, such as CT, SPECT, PET and MRI. Computer simulations with Monte Carlo codes are also performed.
This Hands-on-laboratory covers, the charatherization of scintillators photodetectors adn solid state sensors for the mesurament of ionasing radiation fields. Experimental immaging techiques are implemented and make use of medium/high complexity diagnostic systems, such as, CT, SPECT and PET.Computer simulationswith Monte Carlo codes are also performed.
Obiettivi formativi in Inglese: This hands-on laboratory course covers the characterization of scintillators, photodetectors and solid state sensors for the measurement of ionizing radiation fields. Experimental imaging techniques are implemented that make use of medium/high complexity diagnostic systems, such as CT, SPECT, PET and MRI. Computer simulations with Monte Carlo codes are also performed.