ELogs/LaurentKelleter: Difference between revisions
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* Send description of career plan and prospects (OMA) to Michelle and Samantha | * Send description of career plan and prospects (OMA) to Michelle and Samantha | ||
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* Buildup paper: Review comments | * Buildup paper: Review comments | ||
** Simulate realistic beam | ** Re-Simulate realistic beam | ||
** Simulate electronic buildup region with different step sizes | |||
** simulate different range cuts and see effect on protonic buildup | |||
** Explain LET effect more, add simulated evidence | ** Explain LET effect more, add simulated evidence | ||
** Simulate SOBP | |||
* Simulate Bragg curve in realistic range telescope with correct sheet and paint thickness | * Simulate Bragg curve in realistic range telescope with correct sheet and paint thickness | ||
* Analyse MedAustron data with carbon. Plot with curves from Loic. | * Analyse MedAustron data with carbon. Plot with curves from Loic. | ||
Revision as of 10:46, 8 March 2019
Electronic Log for Laurent Kelleter
To Do
Urgent
- Send description of career plan and prospects (OMA) to Michelle and Samantha
Organisation
- IoP meeting
- Register. Deadline 11 March
- Make talk
- Next HIT test beam 13-15th April:
- Book flights
- Think of measurements (after we know if we get high energy helium and the hip phantom)
- Vienna OMA school:
- Make poster
- Finish and submit Quenched Bragg curve paper. Draft is with Simon for revision
- Write Range telescope paper about MedAustron data
- Organise IBA visit
- Get Proton and Carbon Bragg curve data from Lenny
- Update Geant4 to easybuild version (make visualisation work again)
- Write a PhD thesis
Science
- Buildup paper: Review comments
- Re-Simulate realistic beam
- Simulate electronic buildup region with different step sizes
- simulate different range cuts and see effect on protonic buildup
- Explain LET effect more, add simulated evidence
- Simulate SOBP
- Simulate Bragg curve in realistic range telescope with correct sheet and paint thickness
- Analyse MedAustron data with carbon. Plot with curves from Loic.
- Analyse HIT data. Find a way to go from Bragg peak to 80% fall-off depth
- Build analytical model for Helium beam (talk to Felix Horst at GSI?)
Completed
- Developed QB curve fit as "histogram" taing into account detector resolution, solving problem of fit routine trying to fit bin centres
- Flights booked for OMA school in Vienna
- Submitted abstract to IoP meeting 8-9th April (3rd year talk)
- Paid fee for OMA school in Vienna (300£, 1st March deadline)
- Finished and submitted OMA deliverable report
- Finished draft of Quenched Bragg curve paper.
- Sumitted build-up paper to Medical Physics
- Finished build-up paper
- Write short biography and poster for world cancer day
- Write abstract for PTCOG with Lenny about mixed beams
- Submitted abstract PTCOG on QUARC
- Analyse mixed-beam data for Lenny's HIT seminar (19th January)
- Update OMA Career development plan
- Update OMA brochure
Dates 2019
| Date | Event |
|---|---|
| 07-08/02 | PPRIG |
| 01/03 | Day off |
| 28/03-07/04 | OMA School Vienna (poster) |
| 08-10/04 | IoP meeting (talk) |
| 13-15/04 | Test beam at HIT |
| Around Easter | IBA secondment (one week) |
| 20-29/05 | Holiday |
| 10-15/06 | PTCOG (talk?) |
| 23-28/06 | OMA school Liverpool |
| 31/07-06/08 | Holiday |
| 04-06/09 | OMA Final conference in Seville |
| 30/09 | End of OMA contract |
| 31/12 | End of extension |