Objectives and content:

The aim of this course is to give a thorough introduction to radioactivity as well as central concepts in radiochemistry. Radiochemical principles are seen in conjunction with chemical concepts and other fields where radiochemical principles can be utilized. Those examples are from e.g. industry, the environment and medicine. The course shall relay knowledge about the role of radioactivity, both as a tool and its own scientific discipline. Applications where radiochemistry plays an integral part will be specifically treated.

The course will contain the physical basis of nuclear structure and how the properties of the nucleus changes during radioactive decay. The different nuclear radiations, their interactions, and how they can be detected. Radiation properties and how these are used in chemical applications, and how different radiation interact with matter.

Many applications in the field of medicine, especially positron emission tomography (PET) and nuclear medicine therapy will be discussed. Radioactive pollution and simple dosimetry.

On completion of the course the student should have the following learning outcomes defined in terms of knowledge, skills and general competence:

Knowledge

The student

• Can define radioactive decay processes and nuclear radiation
• Knows the principles of utilizing radioactivity applied to chemistry, chemical processes and adjacent fields where chemistry is an integral part.
• Knows the principles of radiation hygiene and the interaction of radiation and matter.
• Can update himself/herself on current methods in radiochemistry.

Skills

The student

• is able to define and use nomenclature, units and properties of radiation and radiochemistry
• can perform calculations in radiochemistry and utilize these in applied radiochemical sciences.
• Is able to assess radiation and radiation exposure from a radiation protection point of view.

General competence

The student

• Can pass on relevant scientific knowledge both written and oral.
• Can solve problems individually or as an active member in a team.

The course is given as lectures, demonstrations and excursions.

Lectures/ 4 hours/week

Excursions/ 2 days/semester

Demonstrations as needed

Semester term assignment in a chosen or given topic within radiochemistry or radioactivity.

A valid compulsory assignment is valid for two semesters - the semester the assignment is completed and the following semester.

The forms of assessment are:

• Semester term assignment , 40% of total grade.
• Due to coronavirus the exam spring semester 2020 will be digital Written examination taken home (4 hours), 60% of total grade.

Due to the measures taken to avoid the spread of SARS-CoV-2, UiB is closed for teaching and assessment. As a consequence, the following changes is made to assessment spring semester 2020:

• Grading scale Pass/Fail instead of A-F
• Written home examination instead of written examination

• Non-programmable calculator, according to the faculty regulations,
• Nuclide chart

The grading scale used is A to F. Grade A is the highest passing grade in the grading scale, grade F is a fail.

Evaluation is conducted according to the quality assurance system at University of Bergen.

 https://kvalitetsbasen.app.uib.no/?faknr&instnr1

Please contact the Department of Chemistry: mailto:Studierettleiar@kj.uib.noStudierettleiar@kj.uib.no

Tlf 55 58 34 45