Course Contents
Application of biomedical sensors based on electromagnetic waves and their advantages. Fundamentals of microfluidics as tool for microwave-based sensing of fluids, electroporation; diagnostic and therapeutic applications of microwaves, microwave applicators for imaging, diagnosis and treatment; computer-based methods for field propagation in biological tissues and those applications. Work on a current scientific issue with individual supervision.
Literature
Necessary publications and recommended literature as well as simulation software tools are provided.
Preconditions
Biomedical Microwave Engineering
Application of biomedical sensors based on electromagnetic waves and their advantages. Fundamentals of microfluidics as tool for microwave-based sensing of fluids, electroporation; diagnostic and therapeutic applications of microwaves, microwave applicators for imaging, diagnosis and treatment; computer-based methods for field propagation in biological tissues and those applications. Work on a current scientific issue with individual supervision.
Literature
Necessary publications and recommended literature as well as simulation software tools are provided.
Preconditions
Biomedical Microwave Engineering
- Lehrende: Rolf Jakoby
- Lehrende: Markus Tobias Paravicini
- Lehrende: Martin Schüßler
Semester: Verão 2023