| 16 | | - Current optimised positions obstruct the current SCAPA equipment, harsher search spaces required for Bayesian optimiser to find optimal solution within the space available. |
| 17 | | - Sensitivity most important, focus on sensitivity testing for each combination of quads, tilts, xy positions. |
| 18 | | - As 2cm2cm quad combination was poor, we will have to design a clamping system to build 4cm or 6cm quads- should begin a clamp design with Clive- ensure no interference with mounting. |
| 19 | | - Collimators not a priority, can be made fast with aluminium- can decide later. |
| 20 | | - Once BDSIM particle comparison has been sorted, check through field not matrices. |
| 21 | | - |
| | 16 | - Current optimised positions obstruct the current SCAPA equipment, harsher search spaces required for Bayesian optimiser to find optimal solution within the space available. |
| | 17 | - Sensitivity most important, focus on sensitivity testing for each combination of quads, tilts, xy positions. |
| | 18 | - As 2cm2cm quad combination was poor, we will have to design a clamping system to build 4cm or 6cm quads- should begin a clamp design with Clive- ensure no interference with mounting. |
| | 19 | - Collimators not a priority, can be made fast with aluminium- can decide later. |
| | 20 | - Once BDSIM particle comparison has been sorted, check through field not matrices. |
| | 21 | |
| 26 | | - Glass rings secured- discussion of how we plan to keep track of each cell dish per shot info, plans to record shot sheet & record on glass ring. |
| 27 | | - Equipment discussed- Incubator commissioned, orders imminent (in procurement- to arrive December/January latest), issue with biosafety cabinets- sensitive, need to obtain strips/flasks/general bio equipment (perhaps from Strathclyde). |
| 28 | | - Discussion about timeline: a week for source testing required before every bio experiment- Shape of the energy spectrum flat on rcf so contribution from diff energy bins much higher on rcf- first layer gets a lot of contribution of higher energies- need to check dosimetry with error bars before bio exp to ensure energy not too high, then need a week for bio so 2 weeks in total for experiment then a 2 week break needed to process- hope to propose this to SCAPA. |
| | 26 | - Glass rings secured- discussion of how we plan to keep track of each cell dish per shot info, plans to record shot sheet & record on glass ring. |
| | 27 | - Equipment discussed- Incubator commissioned, orders imminent (in procurement- to arrive December/January latest), issue with biosafety cabinets- sensitive, need to obtain strips/flasks/general bio equipment (perhaps from Strathclyde). |
| | 28 | - Discussion about timeline: a week for source testing required before every bio experiment- Shape of the energy spectrum flat on rcf so contribution from diff energy bins much higher on rcf- first layer gets a lot of contribution of higher energies- need to check dosimetry with error bars before bio exp to ensure energy not too high, then need a week for bio so 2 weeks in total for experiment then a 2 week break needed to process- hope to propose this to SCAPA. |
| 30 | | - Planning project timeline with list of targets & deliverables that need completed by certain dates- excel drafted with checklist and timelines, to be added to Kanban. |
| 31 | | - [raw-attachment:PoPLaR checklist Checklist of requirements for PoPLaR experiment to be completed] |
| 32 | | - January meeting back at SCAPA proposed post next beam session. |
| | 30 | - Planning project timeline with list of targets & deliverables that need completed by certain dates- excel drafted with checklist and timelines, to be added to Kanban. |
| | 31 | - [raw-attachment:PoPLaR checklist Checklist of requirements for PoPLaR experiment to be completed] |
| | 32 | - January meeting back at SCAPA proposed post next beam session. |
