Proton Calorimetry/Experimental Runs/2022/PARTREC: Difference between revisions

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|71  || 120 MeV || 30  || - || N/A ||  22.0 mm || 350 || 170 (constant) ||  || N/A ||  
|71  || 120 MeV || 30  || - || N/A ||  22.0 mm || 350 || 170 (constant) ||  || N/A ||  
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|72  || 110 MeV || 30 || - || N/A ||  29.5 mm || 350 || 170 (constant) ||   || N/A ||  
|72  || 110 MeV || 30 || - || N/A ||  29.5 mm || 350 || 170 (constant) || FPGA stopped working, went in to restart  || N/A ||  
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|73  || 100 MeV || || - || N/A ||  36.0 mm || 350  || 170 (constant) ||  || N/A ||  
|73  || 100 MeV || 30 || - || N/A ||  36.0 mm || 350  || 170 (constant) ||  || N/A ||  
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|74  || 90 MeV|| || - || N/A ||  42.5 mm || 350  || 170 (constant) ||  || N/A ||  
|74  || 90 MeV|| || - || N/A ||  42.5 mm || 350  || 170 (constant) ||  || N/A ||  

Revision as of 12:04, 25 November 2022

Experiment Equipment

Item Notes
Network Hub Set in control room to take output from experimental room ethernet connection. Control laptops connected via 5GHz WiFi.
Control Laptop x2 1 for remote control of FPGA, 1 for notes/web GUI.
Ethernet Cable x 2 To connect DAQ laptop to network in the experimental room, control laptop to network in control room.
Portable Enclosure Modified Large Peli Case Waterproof Wheeled Equipment Case. Features mount for scintillator stacks, front and back openings for beam, patch panel with ports for USB and power connections. Mylar windows with 3D printed alignment plates: approximately light-tight.
Rev. D Scintillator stack 1 32 X x 105 mm, Y x 105 mm and Z x (approx) 3 mm sheets. Original injection moulded batch with polished edges and sanded faces. Containing sheets (ascending photodiode order, board upside down): 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168. Full stack thickness measurements (in mm): 95.75, 96.02, 96.09 = 95.95
Rev. D Scintillator stack 2 32 X x 105 mm, Y x 105 mm and Z x (approx) 3 mm sheets. Machined block with polished edges and sanded faces. Containing sheets (ascending photodiode order, board upside down): 289, 268, 291, 277, 300, 264, 282, 276, 271, 285, 262, 280, 295, 281, 297, 290, 270, 284, 294, 299, 269, 302, 301, 296, 287, 263, 288, 293, 285, 265, 275, 292. Full stack thickness measurements (in mm): 96.89, 96.85, 96.70 = 96.81
Rev. D Scintillator stack 3 32 X x 105 mm, Y x 105 mm and Z x (approx) 3 mm sheets. Injection moulded with polished edges and sanded faces. Containing sheets (ascending photodiode order, board upside down): 232, 208, 242, 206, 243, 223, 254, 210, 229, 217, 235, 255, 246, 230, 213, 241, 231, 257, 256, 236, 258, 215, 219, 249, 247, 260, 251, 259, 226, 239, 237, 245 Full stack thickness measurements (in mm): 95.57, 95.42, 95.46 = 95.48
DAQ laptop x1 Control photodiode acquisition.
Nexys Video FPGA development board. For interfacing between DDC232 and PC.
Rev. D Texas Instruments DDC232 custom circuit board (x3) Housing 32x Hamamatsu S12915-16R photodiodes, coupled directly to scintillator sheets. Aligned by eye to scintillator sheets.
Gloves For handling scintillator

Schematic

UCL_Setup.png

Experiment Plan

25/10/22 – estimated first beam: 10.00.

  1. Set up mains cabling and networking in treatment and control rooms.
  2. Pristine Bragg peak measurements at 150 MeV, from 1 nA scaling up logarithmically until saturation.
  3. Step down energy in 10 MeV steps.

Experiment Notes

Range calorimeter measurements with photodiodes.

Photodiode hexadecimal data: /unix/pbt/data/partrec/20221125/DDC232

DDC232 Calibration and Bragg Peak Measurements

Detector configuration: stacks 1+2. Current conversion from ionization chamber: 18.8 kHz = 1 nA

Run number Beam Energy (MeV) Current (nominal) (nA) Estimated Range (mm) Spot size (mm, FWHM) Degrader WET (mm) DDC232 FSR (pC) DDC232 Integration Time (us) Comments Photodiode QB Fit Replay Fit
0 Background - - N/A - 350 170 (constant) N/A
1 Background - - N/A - 300 170 (constant) N/A
2 Background - - N/A - 250 170 (constant) N/A
3 Background - - N/A - 200 170 (constant) N/A
4 Background - - N/A - 150 170 (constant) N/A
5 Background - - N/A - 100 170 (constant) N/A
6 Background - - N/A - 50 170 (constant) N/A
7 Background - - N/A - 12.5 170 (constant) N/A
8 150 MeV 1 - N/A 0 mm 12.5 170 (constant) N/A
9 140 MeV 1 - N/A 6.5mm 12.5 170 (constant) N/A
10 130 MeV 1 - N/A 14.5 mm 12.5 170 (constant) N/A
11 120 MeV 1 - N/A 22.0 mm 12.5 170 (constant) N/A
12 110 MeV 1 - N/A 29.5 mm 12.5 170 (constant) N/A
13 100 MeV 1 - N/A 36.0 mm 12.5 170 (constant) N/A
14 90 MeV 1 - N/A 42.5 mm 12.5 170 (constant) N/A
15 80 MeV 1 - N/A 48.0 mm 12.5 170 (constant) N/A
16 70 MeV 1 - N/A 53.5 mm 12.5 170 (constant) N/A
17 60 MeV 1 - N/A 58.0 mm 12.5 170 (constant) N/A
18 150 MeV 2 nA - N/A 0 mm 50 170 (constant) N/A
19 140 MeV 2 - N/A 6.5 mm 50 170 (constant) N/A
20 130 MeV 2 - N/A 14.5 mm 50 170 (constant) N/A
21 120 MeV 2 - N/A 22.0 mm 50 170 (constant) N/A
22 110 MeV 2 - N/A 29.5 mm 50 170 (constant) N/A
23 100 MeV 2 - N/A 36.0 mm 50 170 (constant) N/A
24 90 MeV 2 - N/A 42.5 mm 50 170 (constant) N/A
25 80 MeV 2 - N/A 48.0 mm 50 170 (constant) N/A
26 70 MeV 2 - N/A 53.5 mm 50 170 (constant) N/A
27 60 MeV 2 - N/A 58.0 mm 50 170 (constant) N/A
28 150 MeV 5.5 nA - N/A 0 mm 50 170 (constant) N/A
29 140 MeV 5.5 - N/A 6.5 mm 50 170 (constant) N/A
30 130 MeV 5.5 - N/A 14.5 mm 50 170 (constant) N/A
31 120 MeV 5.5 - N/A 22.0 mm 50 170 (constant) N/A
32 110 MeV 5.5 - N/A 29.5 mm 50 170 (constant) N/A
33 100 MeV 5.5 - N/A 36.0 mm 50 170 (constant) N/A
34 90 MeV 5.5 - N/A 42.5 mm 50 170 (constant) 10% more current N/A
35 80 MeV 5.5 - N/A 48.0 mm 50 170 (constant) 10% more current N/A
36 70 MeV 5.5 - N/A 53.5 mm 50 170 (constant) 10% more current N/A
37 60 MeV 5.5 - N/A 58.0 mm 50 170 (constant) 10% more current N/A
38 150 MeV 10 nA - N/A 0 mm 100 170 (constant) N/A
39 140 MeV 10 - N/A 6.5 mm 100 170 (constant) N/A
40 130 MeV 10 - N/A 14.5 mm 100 170 (constant) N/A
41 120 MeV 10 - N/A 22.0 mm 100 170 (constant) N/A
42 110 MeV 10 - N/A 29.5 mm 100 170 (constant) N/A
43 100 MeV 10 - N/A 36.0 mm 100 170 (constant) N/A
44 90 MeV 10 - N/A 42.5 mm 100 170 (constant) N/A
45 80 MeV 10 - N/A 48.0 mm 100 170 (constant) N/A
46 70 MeV 10 - N/A 53.5 mm 100 170 (constant) N/A
47 60 MeV 10 - N/A 58.0 mm 100 170 (constant) N/A
48 150 MeV 20 nA - N/A 0 mm 200 170 (constant) N/A
49 140 MeV 20 - N/A 6.5 mm 200 170 (constant) N/A
50 130 MeV 20 - N/A 14.5 mm 200 170 (constant) N/A
51 120 MeV 20 - N/A 22.0 mm 200 170 (constant) N/A
52 110 MeV 20 - N/A 29.5 mm 200 170 (constant) N/A
53 100 MeV 20 - N/A 36.0 mm 200 170 (constant) N/A
54 90 MeV 20 - N/A 42.5 mm 200 170 (constant) N/A
55 80 MeV 20 - N/A 48.0 mm 200 170 (constant) N/A
56 70 MeV 20 - N/A 53.5 mm 200 170 (constant) N/A
57 60 MeV 20 - N/A 58.0 mm 200 170 (constant) N/A
58 150 MeV 50* nA - N/A 0 mm 350 170 (constant) Current not exactly 50nA, approx 47 nA N/A
59 140 MeV 47 - N/A 6.5 mm 350 170 (constant) N/A
60 130 MeV 47 - N/A 14.5 mm 350 170 (constant) N/A
61 120 MeV 47 - N/A 22.0 mm 350 170 (constant) N/A
62 110 MeV 47 - N/A 29.5 mm 350 170 (constant) N/A
63 100 MeV 47 - N/A 36.0 mm 350 170 (constant) N/A
64 90 MeV 47 - N/A 42.5 mm 350 170 (constant) N/A
65 80 MeV 47 - N/A 48.0 mm 350 170 (constant) N/A
66 70 MeV 47 - N/A 53.5 mm 350 170 (constant) N/A
67 60 MeV 47 - N/A 58.0 mm 350 170 (constant) N/A
68 150 MeV 30 nA - N/A 0 mm 350 170 (constant) N/A
69 140 MeV 30 - N/A 6.5 mm 350 170 (constant) N/A
70 130 MeV 30 - N/A 14.5 mm 350 170 (constant) N/A
71 120 MeV 30 - N/A 22.0 mm 350 170 (constant) N/A
72 110 MeV 30 - N/A 29.5 mm 350 170 (constant) FPGA stopped working, went in to restart N/A
73 100 MeV 30 - N/A 36.0 mm 350 170 (constant) N/A
74 90 MeV - N/A 42.5 mm 350 170 (constant) N/A
75 80 MeV - N/A 48.0 mm 350 170 (constant) N/A
76 70 MeV - N/A 53.5 mm 350 170 (constant) N/A
77 60 MeV - N/A 58.0 mm 350 170 (constant) N/A


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