Forskel mellem versioner af "DCPT physics colloquium"
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Linje 3: | Linje 3: | ||
== Programme == | == Programme == | ||
− | * 26 / 4 - 19, | + | * 26 / 4 - 19, 14:15-15:00 : Techical QA: beam output, isocenter stability, spot positions (Christian og Peter) |
− | * 03 / 5 - 19, | + | * 03 / 5 - 19, 14:15-15:00 : TBA |
− | * 10 / 5 - 19, | + | * 10 / 5 - 19, 14:15-15:00 : TBA |
− | * 17 / 5 - 19, | + | * 17 / 5 - 19, 14:15-15:00 : Aflyst pga helligdag |
− | * 24 / 5 - 19, | + | * 24 / 5 - 19, 14:15-15:00 : Aflyst pga bigart |
− | * 31 / 5 - 19, | + | * 31 / 5 - 19, 14:15-15:00 : TBA |
− | * 7 / 6 - 19, | + | * 7 / 6 - 19, 14:15-15:00 : TBA |
== Topics == | == Topics == |
Versionen fra 10. apr 2019, 10:12
Purpose
The purpose of the DCPT Physics Colloquium is to create a forum, where results from local clinical procedures, practices or projects can be presented and discussed with a broader audience. The presentations are in the order of 30 minutes and will include a small introduction to the subjects before the results are presented. The colloquium will take place every Friday at XXXX to XXXX in the large conference room at the 4th floor.
Programme
- 26 / 4 - 19, 14:15-15:00 : Techical QA: beam output, isocenter stability, spot positions (Christian og Peter)
- 03 / 5 - 19, 14:15-15:00 : TBA
- 10 / 5 - 19, 14:15-15:00 : TBA
- 17 / 5 - 19, 14:15-15:00 : Aflyst pga helligdag
- 24 / 5 - 19, 14:15-15:00 : Aflyst pga bigart
- 31 / 5 - 19, 14:15-15:00 : TBA
- 7 / 6 - 19, 14:15-15:00 : TBA
Topics
- Technical QA
- Brain cancer, the first 10 patients
- CT calibration
- Patient specific QA, the first 10 patients
- Validation of SPR in meat samples
- Customer Acceptance Tests on TR3 and TR3 - beam model matching
- Dose calculations in metal implants
- Beam model validation on TR3 and TR2
- ESAPI scripts in treatment planning
- Head & Neck
- Fine steering and logfile analysis
- Scattering corrected CBCT for WET monitoring
- Beam model creation for PCS
- Proton delivery time model created from logfiles
- CSI
- Breast
- Monte Carlo
- FRoG: LET calculations, robust evaluations