Proton Calorimetry/Experimental Runs/2024/UCLHQuADProBe 2024-04

Experiment Equipment

Item	Notes
Portable Enclosure	Modified Small Peli Case Wheeled. Features mount for scintillator stacks, front and back openings for beam, patch panel with ports. 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, 286, 265, 275, 292. Full stack thickness measurements (in mm): 96.89, 96.85, 96.70 = 96.81
Rev. D Texas Instruments DDC232 custom circuit board (x2)	Housing 32x Hamamatsu S12915-16R photodiodes, coupled directly to scintillator sheets. Aligned by eye to scintillator sheets.
Nexys Video FPGA development board.	For interfacing between DDC232 and pi.
Raspberry pi5	Control data acquisition + visualise GUI.
Power Strip:	To connect FPGA and daughter board.
DAQ laptop x1	Back up option for data acquisition.
Control Laptop x2	1 for remote control, 1 for notes/web GUI.
D-LINK Network Hub	Set in experimental room to connect pi5, DAQ laptop + NPL devices
GL-Inet Router	Set in control room to take output from experimental room ethernet connection. Control laptops connected via ethernet or 5GHz WiFi.
Ethernet Cable x4	To connect pi5 and DAQ laptop to network in the experimental room, hub to wall and in control room router to wall, and router to laptop.
MacBook Adapters x2: one for pi5 DAQ laptop one for DAQ laptop
Spare Cables:	Usb-C
Gloves	For handling scintillator

Experiment Plan

1st Day: Tuesday 30th of April

2nd Day: Wednesday 1st of May

1) Shoot-through of old scintillator stack at 250MeV to check prior calibration. 50mm absorber -> scint stack -> pixel sensor -> TC -> water dump. Both directions for stack so will rotate midway through.

2) Shoot-through calibration of new scintillator stack 1 at 250MeV. 50mm absorber -> scint stack -> pixel sensor -> TC -> water dump. Both directions for stack so will rotate midway through.

3) Shoot-through calibration of new scintillator stack 1 at 250MeV. 50mm absorber -> scint stack 2 -> scint stack 1 -> pixel sensor -> TC -> water dump. Both directions for stack so will rotate midway through. Full QuARC cabling complete here.

3a) Background measurement of scintillator stacks 1+2

-- UCL: Add calibration files to appropiate file for GUI

4) Rotate gantry to front of case. Full system check at 160MeV with beam on axis. Check readout of TC and pixel sensor.

5) Range tests with on-axis beam at 70, 90, 110, 130, 150 and 170 MeV. Beam on axis.

6) TC calibration with 1 second beams at 110 MeV and 160 MeV.

7) Position tests for pixel sensor with manual adjustments in couch position. Check QuARC readout for nonlinearities.

8) Treatment plan single position range scan (if available from UCLH).

9) Treatment plan box field scan for 3 x 3 x 3cm and 5 x 5 x 5cm volumes (if available from UCLH).

10) Brain tumour scan (if available from UCLH).

If none of the treatment plans are available we may have to go through and do some of the position/energy steps manually.

Experiment Notes

Original data will be saved in pi5: /home/pi/GUI/v3.01b/UCLH/

A copy ot the hexadecimal files will be saved to: /unix/pbt/data/uclh

For each run three files will be generated:

• Run0xy.txt: raw hexadecimal data

• RunOxy_calibrated.txt: calibrated data with background subtraction. An average measurement is at the bottom with a run performed to it. Visualisation with acquisition on DAQ.html

• Run0xy_fitted_25Hz.txt: data averaged at 25Hz and fitted, with range and energy values extracted. This can be visualised in the REPLAY.html tab of the GUI.

Day 1 Technical Notes:

1. 1 Photodiode in stack #3 broken (either the first or the end one) prior to the beam test.
2. Position of the couch: -11.80cm, +82.20cm, 0.00cm, 0˚, 0˚, 0˚
3. Position of the Gantry: +90˚, +42.10cm
4. Stack connected using USB-C (long cable (1m Wuerth Elektronik) in the peli case, and short cable (15cm Multicomp Pro Short) is outside the peli case)
5. FPGA and FMC Daughter board is located outside the peli case.
6. Calibrated and fitted data of stack #3 is using photodiode position of stack #1, so it needs to be corrected in post processing.

Run number	Detector	Beam Energy (MeV)	Current (nA)	Measurements	DDC232 FSR (pC)	DDC232 Integration Time (us)	Spot size (mm, FWHM)	Estimated Range (mm)	Comments	Photodiode QB Fit	TC Sensor Status
Day 1, Tuesday 30/04/2024
Machine QA Mode
0	Stack #3	Background	-	30000 (5.1s)	12.5	170 (constant)	-	-	-	-	Idle draft saved 19.21. did test, CMOS did not spit out heat, no temperature difference
1	Stack #3	245MeV	10nA	30000	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Shoot through back	-	See Signal t@635s
2	Stack #3	Background	-	30000	12.5	170 (constant)	-	-	Rotate the stack	-	t@720s box opened. saved at 19.33. Idle saved at 19.58.
3	Stack #3	245MeV	10nA	30000	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Keep the rotated stack (Shoot through front)	-	Saved at 19.58.
4	Stack #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	Thermal contamination saved at 20.13
5	Stack #1	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Shoot through back	-	beam t@95s, saved at 20.16. Thermal contamination, saved at 20.18
6	Stack #1	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Rotate the stack (Shoot through Front)	-	beam t@7s, saved at 20.20.
7	Stack #2	Background	-	29412	12.5	170 (constant)	-	-	-	-	Thermal Contamination saved at 20.21
8	Stack #2	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Shoot through back	-	beam t@65s. saved at 20.23
9	Stack #2	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Rotate the stack (Shoot through Front)	-	Thermal contamination saved at 20.25. Beam @45s, saved at 20.27.
Machine Clinical Mode, The gantry position +270˚, +42.10cm
10	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	-	-	Thermal contamination saved at 20.33 and 20.38.
11	Stack #1 - #2	150MeV	125nA	29412	12.5	170 (constant)	-	-	10Gy Total dose (1324.93MU), (2Gy was too short no data obtained)	-	some signal observed t@300s (when energy 2Gy, no signal obtained @209s)
12	Stack #1 - #2	150MeV	125nA	29412	12.5	170 (constant)	-	-	50Gy Total dose(6624.68MU), (10Gy was too short little data obtained)	-	Signal observed t@403s
13	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	-	-	t@525s, saved at 20.48
14	Stack #1 - #2	150MeV	125nA	29412	12.5	170 (constant)	-	-	20000 MU Total Dose, Machine QA mode	t@350s, saved at 20.56
15	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	-	-	Thermal contamination, saved at 21.00.
Machine Clinical Mode, The couch position is changing from -11.80cm to -12.80 to -13.80 to -10.80cm to -9.80cm and back to original position. Test was conducted for Tony's Pixel Censor at each different position described. (In the meantime no QuARC measurement is taken, due to noticeable high background)
16	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	Pixel sensors (Tony's) turned off	-	-
17	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	Pixel sensors (Tony's) and TC (Sam's) turned off	-	-
18	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	Pixel sensors (Tony's) and TC (Sam's) turned off and moving away the power supply from the FPGA	-	-
19	Stack #1 - #2	Background	-	29412	12.5	170 (constant)	-	-	Pixel sensors (Tony's) and TC (Sam's) turned off and moving away the Rasp pi from the FPGA	-	-
20	Stack #1 - #2	173. (Need to find out)	-	58824 (10s)	12.5	170 (constant)	-	-	Pixel sensors (Tony's) and TC (Sam's) turned back on, 10 Gy Slice treatment plan	-	t@109s and stopped t@145s
21	Stack #1 - #2	173. (Need to find out)	-	176471 (30s)	12.5	170 (constant)	-	-	5 Gy Slice treatment plan	-	t@454 and stopped t@484s
22	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	2 Gy Slice treatment plan	-	t@580s and stopped t@610s. saved at 22.06.
23	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	2 Gy 3by3by3 cm box field treatment plan, (beam finished before the run is done (background at the end)	-	t@61s and stopped t@70s
24	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	5 Gy 3by3by3 cm box field treatment plan (run interrupted at 88699 data)	-	t@154s and stopped t@160s
25	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	10 Gy 3by3by3 cm box field treatment plan (run interrupted at 145729 data)	-	t@220s and stopped t@230s
26	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	5 Gy 5by5by5 cm box field treatment plan (run interrupted at 123201 data)	-	t@335s
27	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	2 Gy 5by5by5 cm box field treatment plan (run interrupted at 114497 data)	-	t@410s
28	Stack #1 - #2	(Need to find out)	-	176471	12.5	170 (constant)	-	-	10 Gy 5by5by5 cm box field treatment plan (Quarc Lost Connection)	-	t@480s, saved 22.16

Day 2 Technical Notes:

1. The couch position is slightly shifted to maintain consistency due to the positioning of the QA equipments is one section ahead (-11.80cm, +96.45cm, 0.00cm, 0˚, 0˚, 0˚)
2. Find out the crazy noise in the first day DaQ is due to the delay switch setting in the FPGA set to 0 instead of 2.
3. Spare raspberry pi had the wrong date set up when acquiring data, so the metadata of files Run063 to Run085 will show that they were acquired on the 29th of April instead of 1ts May. They have been manually placed in the correct file 20240501.

Run number	Detector	Beam Energy (MeV)	Current (nA)	Measurements	DDC232 FSR (pC)	DDC232 Integration Time (us)	Spot size (mm, FWHM)	Estimated Range (mm)	Comments	Photodiode QB Fit	TC Sensor Status
Day 2, Wednesday 01/05/2024
Troubleshooting the noticeable crazy background noise
1	Stack #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	Before Grounding, Tested with other USB-stick (white blinking ones)	-	-
2	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	USB changed back to the Yellow UCL ones	-	-
3	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background Check	-	-
4	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Connected to the Ground	-	-
5	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Disconnected from the Ground	-	-
6	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Switch back and on FPGA	-	-
7	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Restart FPGA and, lid a bit open	-	-
8	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	USB unplug and plug again	-	-
9	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	USB change to white blinking ones	-	-
10	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Tested using new long USB-C cable, lid on	-	-
11	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Tested using new long USB-C cable, lid on	-	-
Machine QA Mode
12	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Reading only 1 board	-	setup, saved at 19.12
13	Stack #1	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total Dose 20000 MU, 50mm WET Absorber, Shoot through back	-	t@12s, saved at 19.16
14	Stack #1	Background	-	29412	12.5	170 (constant)	-	-	Rotated the Stack	-	saved 19.19
15	Stack #1	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total Dose 20000 MU, 50mm WET Absorber, Shoot through Front	-	t@3s, saved at 19.21
16	Stack #2	Background	-	29412	12.5	170 (constant)	-	-	-	-	saved at 19.25
17	Stack #2	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total Dose 20000 MU, 50mm WET Absorber, Shoot through Back	-	t@165s, saved at 19.29
18	Stack #2	Background	-	29412	12.5	170 (constant)	-	-	-	-	saved at 19.31
19	Stack #2	245MeV	10nA	29412	12.5	170 (constant)	-	-	Total Dose 20000 MU, 50mm WET Absorber, Rotated the Stack (Shoot through Front)	-	t@80s, saved at 19.33
The gantry position +270˚, Machine QA mode
20	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Stack #2 is connected to USB-C, Stack #1 is daisy chain to stack #2 (the opposite to the normal way of doing it)	-	simon open box, saved at 19.39
21	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background	-	simon open box, saved at 19.59
22	Stack #2 - #1	150MeV	125nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber	-	t@5sm, saved at 20.01
23	Stack #2 - #1	150MeV	250nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber (Calibration applied wrongly)	-	t@190s
24	Stack #2 - #1	150MeV	250nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber	-	t@310s
25	Stack #2 - #1	150MeV	250nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Repeated for Sam's test	-	t@425s
26	Stack #2 - #1	150MeV	250nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Repeated for Sam's test	-	t@520s
27	Stack #2 - #1	150MeV	250nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Repeated for Sam's test, no Calibration (backhground is not copied over)	-	t@620s
28	Stack #2 - #1	150MeV	250nA	29412	12.5	170 (constant)	-	-	Total dose 20000 MU, 50mm WET Absorber, Repeated for Sam's test, using run 21 for background	-	t@735s, saved at 20.15
29	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background	-	-
30	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background	-	-
31	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background	-	-
Machine Clinical Mode
32	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	single spot SOBP Dose: 20Gy	-	t@365s and stopped at t@395s
33	Stack #2 - #1	(need to find out)	(need to find out)	176471	12.5	170 (constant)	-	-	single spot SOBP Dose: 5Gy	-	t@610s and stopped at t@640s
34	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background	-	-
35	Stack #2 - #1	(need to find out)	(need to find out)	176471	12.5	170 (constant)	-	-	single spot SOBP Dose: 5Gy, repeated (lost connection with FPGA temporarily in the middle, beam stopped - acquisiton stopped at 97986)	-	t@735s and stopped at t@765s
36	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	Extra Background, interrupted at 2420	-	-
37	Stack #2 - #1	(need to find out)	(need to find out)	176471	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, (lost connection with FPGA)	-	t@205s and stopped at t@260s, saved at 20.35
38	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	unplug and re-plugged the FPGA power	-	-
39	Stack #2 - #1	(need to find out)	(need to find out)	176471	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 2Gy, SOBP with spot scan (stop at 127297)	-	t@235s and stopped at t@265s, not signal observed in TC. saved at 20.41
40	Stack #2 - #1	(need to find out)	(need to find out)	352491 (60s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, initial position	-	t@275s and stopped at t@310s. saved at 20.49
41	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	-	-
42	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, Couch position moves by 1 cm -> (from gantry perspective, the box on top of the couch move to the right by 1 cm, the beam enters the pixel sensor (tony's is shifted left by 1cm)	-	t@145s and stopped at t@??s
43	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, Couch position same as run 42	-	t@300s and stopped at t@335s
44	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, Couch position same as run 42	-	t@415s and stopped at t@450s
45	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	-	-	-
46	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, Couch position moves by another 1 cm -> (from gantry perspective, the box on top of the couch move to the right by another 1 cm, the beam enters the pixel sensor (tony's is shifted left by 2cm)	-	t@565s and stopped at t@605s
47	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	-	-	-
48	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, Couch position moves by 3 cm -> (from gantry perspective, the box on top of the couch move to the left by 3cm, the beam enters the pixel sensor (tony's is shifted right by 1cm)	-	t@740s and stopped at t@780s, saved at 21.04
49	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Slice Treatment plan Dose: 10Gy, Couch position moves by another 1 cm -> (from gantry perspective, the box on top of the couch move to the left by another 1 cm, the beam enters the pixel sensor (tony's is shifted right by 2cm)	-	t@92s and stopped at t@125s
50	Stack #2 - #1	Background	-	29412	12.5	170 (constant)	-	-	-	-	-
51	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	Back to initial position. Slice Treatment plan Dose: 10Gy, (started earlier when Tony says ready)	-	t@335s and stopped at t@370s, saved at 21.11
52	Stack #2 - #1	Background	-	176471 (30s)	12.5	170 (constant)	-	-	-	-	stop briefly to see if possible to talk wireless
53	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	3by3by7cm box field Treatment plan Dose: 10Gy, (stop at 84328)	-	t@275s and stopped at t@290s
54	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	3by3by7cm box field Treatment plan Dose: 10Gy, repeat run 53	-	t@430s and stopped at t@445s
55	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	3by3by7cm box field Treatment plan Dose: 10Gy, repeat run 53	-	t@565s and stopped at t@580s (CMOS stop taking data)
56	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	3by3by7cm box field Treatment plan Dose: 10Gy, (Lost connection to FPGA)	-	t@710s and stopped at t@725s
57	Stack #2 - #1	Background	-	176471 (30s)	12.5	170 (constant)	-	-	-	-
58	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	3by3by7cm box field Treatment plan Dose: 10Gy	-	t@870s and stopped at t@885s (FPGA disconnected, tried to reconnect, it worked). saved at 21.33
59	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	5by5by5cm box field Treatment plan Dose: 5Gy (Takes about 16s), run the DaQ before the beam start.	-	t@50s and stopped at t@65s
60	Stack #2 - #1	(need to find out)	(need to find out)	176471 (30s)	12.5	170 (constant)	-	-	5by5by5cm box field Treatment plan Dose: 5Gy, run the DaQ before the beam start, DaQ stopped at 143169	-	t@190s and stopped at t@205s, saved at 21.37
back to machine QA Mode, Total dose in each run: 20000 MU
61	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	-
62	Stack #2 - #1	Background	-	58824 (10s)	12.5	170 (constant)	-	-	-	-	FPGA crash, saved at 21.43
63	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	Using new Rasp Pi (spare ones) in setup	-	-
64	Stack #2 - #1	150MeV	400nA	29412 (5s)	12.5	170 (constant)	-	-	Initial position, Pristine Bragg Peak	-	t@600s
65	Stack #2 - #1	150MeV	300nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@700s
66	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	-
67	Stack #2 - #1	150MeV	200nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@825s
68	Stack #2 - #1	150MeV	150nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@930s
69	Stack #2 - #1	150MeV	125nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@1065s
70	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	-
71	Stack #2 - #1	150MeV	100nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@1190s
72	Stack #2 - #1	150MeV	75nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@1345s
73	Stack #2 - #1	150MeV	50nA	29142 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@1510s and stopped at t@1560s
74	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	-
75	Stack #2 - #1	150MeV	40nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@1815s and stopped at t@1880s, saved at 22.16
76	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	-
77	Stack #2 - #1	140MeV	165nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@80s
78	Stack #2 - #1	130MeV	200nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@165s
79	Stack #2 - #1	120MeV	270nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@245s
80	Stack #2 - #1	110MeV	300nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@330s
81	Stack #2 - #1	105MeV	350nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@415s
82	Stack #2 - #1	100MeV	350nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@485s
83	Stack #2 - #1	90MeV	400nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@570s
84	Stack #2 - #1	80MeV	400nA	29412 (5s)	12.5	170 (constant)	-	-	Pristine Bragg Peak	-	t@670s, saved at 22.29
85	Stack #2 - #1	Background	-	29412 (5s)	12.5	170 (constant)	-	-	-	-	-