Digital Voltage Conversion and RF Cavity Optimization in Cyclotrons: Harnessing Waste Heat and self-monitoring failure and predictive maintenance to enable flexible adaptation of tracer isotope production for tumour diagnostics and treatment
| PhD student | Kiran Govind |
|---|---|
| Research focus | HRK Schwerpunkt Smart Sensing, Automation and Analytics |
| Duration | 2024-10-14 - 2029-10-13 |
| Scientific supervisors HS-Coburg | Prof. Dr. Jasmin Walk und Prof. Dr. Roman Rischke |
| Institutions |
Hochschule Coburg Promotionszentrum Analytics4Health (A4H) Fakultät Angewandte Naturwissenschaften und Gesundheit (FNG) |
| Scientific supervisor (extern) |