University of Liege | Version française
	Academic year 2014-2015 Value date : 12/05/2015
	PHYS0952-3   Fundamental problems in physics related to radiology, radiotherapy and nuclear medicine - part : radiobiology - part : dosimetry - part : medical imaging Duration :   part : radiobiology : 10h Th part : dosimetry : 20h Th part : medical imaging : 25h Th, 5h Pr Number of credits :   Master in Physical Sciences, in-depth approach, 1st year 6 Master in Physical Sciences, didactic approach, 1st year 6 Master in Physical Sciences, specialized approach, 1st year 6 Lecturer :   part : radiobiology : Christophe Champion part : dosimetry : Marie-Thérèse Hoornaert part : medical imaging : Alain Seret Coordinator :   Alain Seret Language(s) of instruction :   French language Organisation and examination :   All year long Course contents :   Introduction to nuclear medicine, radiology and radiotherapy. part : radiobiology Radiation interactions - biological material part : dosimetry n.a. part : medical imaging Introduction to radiology, nuclear medicine and 2D and 3D tomography reconstruction techniques used by these medical imaging modalities and a practical teaching on digital images. Learning outcomes of the course :   An overview of the physical foundations of medical physics. part : radiobiology Study of the physical processes involved in radiation of biological material. Quantum approach to collisional processes. Medical applications. part : dosimetry n.a. part : medical imaging An overview of the physical foundations of radiology and nuclear medicine. Prerequisites and co-requisites/ Recommended optional programme components :   See the individual components. part : radiobiology Physics of collisions. Kinematics. part : dosimetry n.a. part : medical imaging Courses PHYS0093 & PHYS2009 of Bachelor in physical sciences or equivalent courses. Planned learning activities and teaching methods :   See the individual components. part : dosimetry n.a. part : medical imaging Mainly theoretical course. Practice with digital images is self-learning. Mode of delivery (face-to-face ; distance-learning) :   See the individual components. part : radiobiology 10 hours of classes over 2.5 days. part : dosimetry n.a. part : medical imaging Face-to-face. Practice with digital images is self-learning. Recommended or required readings :   See the individual components. part : radiobiology Slides will be available for students. part : dosimetry n.a. part : medical imaging Text documents and slides are downloadable (eCampus). A textbook covering the tomography reconstruction will be available by end of october 2014 at the Presses Universitaires de Liège. Assessment methods and criteria :   See french version. part : radiobiology Final two-hour examination. part : dosimetry n.a. part : medical imaging In french, see the french version. Work placement(s) :   Organizational remarks :   part : medical imaging The course makes use of eCampus. The access to a computer (PC or Mac) is mandatory for the practice with digital images. Contacts :   Coordinator : Alain SERET Phone : + 32 4 366 3705 - E-mail : aseret@ulg.ac.be Institute of Physics, B5 - Sart Tilman, 4000 Liège - BELGIUM. See also the individual components. part : radiobiology Christophe CHAMPION - champion@cenbg.in2p3.fr part : dosimetry Marie-Thérèse HOORNAERT   mt.hoornaert@skynet.be marie-therese.hoornaert@ulg.ac.be CH Jolimont 064.234184 part : medical imaging Alain SERET - Tél : + 32 4 366 3705 - E-mail : aseret@ulg.ac.be Institute of Physics, B5 - Sart Tilman, 4000 Liège - BELGIUM. Items online :   part : radiobiology Lecture notes Pdf files part : medical imaging Textes de référence ou diapositives Les textes de référence et diapositives sont téléchargeables via eCampus. Home Bachelors, masters, advanced master et AESS Lifelong Learning Education Doctorat (Ph.D.) Search by teacher Search by course code and title
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