Interaction of Ionizing Radiation with Matter

About this programme

In this course, you will gain theoretical and practical knowledge on the absorption and scattering of charged and uncharged particles in matter. In addition to studying the transmission of radiation through matter, you will also learn about the secondary particles that are consequently produced. Cross sections describing the probability of different interaction processes in various materials are studied and numerically derived. You will become autonomous in the navigation and interpretation of tabulated data for practical use in problem-based exercises related to medical radiation physics applications. Moreover, a general overview of the Monte Carlo method is included in the course. A particular focus is put on the calculation of radiation transmission and energy deposition in the medium, and its applications in medical radiation physics. You will also write your own Monte Carlo code using a software of your preference to accomplish a given task. The course includes classroom lectures, seminars, exercises in class with the help of the teacher, as well as a Monte Carlo exercise and three laboratories related to alpha, beta and gamma radiation interaction in the matter. This is a basic course given during the daytime. The course is included in the Master’s program in Medical Physics. The education consists of lectures, seminars and calculation exercises as well as a Monte Carlo exercise and three laboratory exercises on alpha-, beta-, and gamma particle interaction in matter. Active participation of the students in the education is achieved through exercises and seminars.