Difference between revisions of "Linac Run Plan April 2018, Dr. McNulty"
		
		
		
		
		
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:{| border="2" style="text-align:center;" |cellpadding="20" cellspacing="0    | :{| border="2" style="text-align:center;" |cellpadding="20" cellspacing="0    | ||
|-  | |-  | ||
| − | | Shot #   | + | | Shot # || Number of Pulses || Number of OSLs ||  Beam Current || Aluminum Brick    | 
|-  | |-  | ||
| − | | 1 ||  | + | | 1  ||  || 1 || mA || Out    | 
|-  | |-  | ||
| − | | 2 ||  | + | | 2 ||  || 1 ||  mA || Out    | 
|-  | |-  | ||
| − | | 3 ||  | + | | 3|| || 1 ||  mA || Out    | 
|-  | |-  | ||
| − | | 4 ||  | + | | 4 || || 1 ||  mA || Out    | 
|-  | |-  | ||
| − | | 5 ||  | + | | 5 || || 1 || mA || Out    | 
|-  | |-  | ||
| − | | 6 ||  | + | | 6 || || 1 ||  mA || Out    | 
|-  | |-  | ||
| − | | 7 ||  | + | | 7 || || 16 ||  mA || In  | 
|-  | |-  | ||
| − | | 8 ||  | + | | 8 || || 16 ||  mA || In    | 
|-  | |-  | ||
| − | | 9 ||  | + | | 9 || || 16 || mA || Out  | 
|-  | |-  | ||
| − | | 10 ||  | + | | 10 || || 16 || mA || Out  | 
|-  | |-  | ||
| − | | 11 ||  | + | | 11 || || 16 || mA || Out  | 
|-  | |-  | ||
|}  | |}  | ||
Revision as of 20:33, 30 May 2018
Beam Line info
0 degree line
Titanium window = 0.5mm thick. Radius = 23.813mm
Air gap between Titanium window and glass slide = 45mm
Glass slide Thickness = 1mm
Run Plan
To find operating point
- Will use 15 OSLs from reproducibility study to make sure that dose is within acceptable range
Table
Shot # Start Time End Time Number of Pulses Number of OSLs Beam Current 1 7:00am 7:05am 80 1 50 mA 2 7:10am 7:15am 1 mA 3 7:20am 7:25am 1 mA 4 7:30am 7:35am 1 mA 5 7:40am 7:45am 1 mA 6 7:50am 7:55am 1 mA 7 8:00am 8:05am 1 mA 8 8:10am 8:15am 1 mA 9 8:20am 8:25am 1 mA 10 8:30am 8:35am 1 mA 11 8:40am 8:45am 1 mA 
Experiment
85 Nanodot OSLs for use (dose not include OSLs from reproducibility study)
- upper limit of OSLs is 15Gy, want to be around 7.5Gy with multiple pulses
Machine: 25b Linac
Beam Energy: 8 MeV
Rep Rate: Max (150Hz)
Will talk to engineers about double pulsing and guaranteeing number of pulses and update.
Table
Shot # Number of Pulses Number of OSLs Beam Current Aluminum Brick 1 1 mA Out 2 1 mA Out 3 1 mA Out 4 1 mA Out 5 1 mA Out 6 1 mA Out 7 16 mA In 8 16 mA In 9 16 mA Out 10 16 mA Out 11 16 mA Out