Course content

The main elements in the course are basic interaction mechanisms between ionizing radiation and matter and the theoretical basis for dosimetry for the use in radiotherapy and risk assessment of radiation exposure of humans. Important topics are: Interaction cross sections (classical), mechanisms for interaction of photons, neutrons and charged particles, fundamental entities in dosimetry, cavity theories, radiation equilibrium, applied dosimetry in radiation-based medical diagnostics and therapy, neutron dosimetry, internal dosimetry and personal dosimetry.

Learning outcome

The course provides knowledge about the interaction mechanisms between ionizing radiation and matter, both charged and uncharged particles (photons and neutrons), the theoretical basis for dosimetry of ionizing radiation, and provides the basis for clinical application of dosimetry.

Learning methods and activities

Teaching will be offered concentrated during two separate weeks in the spring semester and will consist of a combination of classroom lectures, calculations and group tasks.

Compulsory assignments

• Project with presentation

Further on evaluation

Signing up for the exam requires that the student is signed up to attend the course at the same semester.

Specific conditions

Recommended previous knowledge

The courses TFY4225 Nuclear and Radiation Physics and TFY4315 Biophysics of Ionizing Radiation,or similar courses.

Course materials

Will be announced when the course starts.

Credit reductions