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Testbeams at MedAustron in 2024, Page 7 of 7

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ID	Date	Author	Subject	Run Number	DUT	Beam Energy	Rate Setting	Particle Type	Data	t-Start	t-Stop
87	Sun Jun 9 00:05:11 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Wasser (wrong energy)	16	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Crap	22:50	22:52
wrong energy don't use
88	Sun Jun 9 00:06:01 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Wasser	17	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	22:53	23:04
4 cm plastic water (in isocentre) 3.8 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 900 kHz on LGAD WET measurement
89	Sun Jun 9 00:07:17 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Wasser	18	TOF-Cal GSI	145.4 MeV	Low Flux High	Proton	Good	23:04	23:20
4 cm plastic water (in isocentre) 2 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 500 kHz on LGAD WET measurement
90	Sun Jun 9 00:08:07 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Wasser	19	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	23:20	23:30
5 cm plastic water (in isocentre) 3.7 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 795 kHz on LGAD WET measurement
91	Sun Jun 9 00:10:38 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Wasser	20	TOF-Cal GSI	145.4 MeV	Low Flux High	Proton	Good	23:31	00:00
5 cm plastic water (in isocentre) 2 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 330 kHz on LGAD 14 min break with beam off (DAQ failed, had to power cycle TRB3s and all DIRICH boards-->out of synch DIRICH) WET measurement
92	Sun Jun 9 00:12:41 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	21	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	00:00	00:14
1 cm dense bone (in isocentre) 4.5 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 1.2 MHz on LGAD WET measurement
93	Sun Jun 9 01:22:48 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	22	TOF-Cal GSI	145.4 MeV	Low Flux High	Proton	Good	00:14	00:23
1 cm dense bone (in isocentre) 2.8 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 600 kHz on LGAD WET measurement
94	Sun Jun 9 01:25:26 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	23	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	00:30	01:02
2 cm dense bone (in isocentre) - Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 1 MHz on LGAD interlock at 00:31 till 00:50 --> 19min break WET measurement
95	Sun Jun 9 01:26:56 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	24	TOF-Cal GSI	145.4 MeV	Low Flux High	Proton	Good	01:02	01:14
2 cm dense bone (in isocentre) 2.1 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 315 kHz on LGAD WET measurement
96	Sun Jun 9 01:27:38 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	25	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	01:16	01:30
3 cm dense bone (in isocentre) 2.8 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 600 kHz on LGAD WET measurement
97	Sun Jun 9 01:32:51 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	26	TOF-Cal GSI	145.4 MeV	Low Flux High	Proton	Good	01:30	01:45
3 cm dense bone (in isocentre) 1.7 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 230 kHz on LGAD WET measurement
98	Sun Jun 9 01:48:51 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	27	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	01:48	01:59
4 cm dense bone (in isocentre) 2 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 470 kHz on LGAD WET measurement
100	Sun Jun 9 02:02:16 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	28	TOF-Cal GSI	145.4 MeV	Low Flux High	Proton	Good	02:00	02:14
4 cm dense bone (in isocentre) 1.4 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 175 kHz on LGAD WET measurement
101	Sun Jun 9 02:18:55 2024	Felix Ulrich-Pur	TOF CAL HADES LGADs WET Messung Knochen	29	TOF-Cal GSI	194.3 MeV	Low Flux High	Proton	Good	02:18
5 cm dense bone (in isocentre) 1.8 Mhz on Ramon (after 5 Layers of Silicon and close to second iso centre) and 350 kHz on LGAD WET measurement
1	Sat Mar 30 06:34:39 2024	Bernhard Pilsl	And a new testbeam starts :D

11	Sat Mar 30 08:05:59 2024	Christian Irmler	RD50-MPW4	999
Tracker calibration run: mpw4-tj-monopix2_00-000999.xml Generated global xml file for MPW4 shift: mpw4-tj-monopix2_TLU_00-000999.xml Previous local runs and xml files (mpw4-tj-monopix2_00-000212.xml) are unusable, because sensor L5.1.1.0 had a loose cotact and thus low gain. Fixed by disconnecting and reconnecting.
123	Sun Aug 25 10:02:35 2024	RD50 Generic User	init_geo_file
position of duts needs to be switched
Attachment 1: detectors.geo
[TLU_0] role = auxiliary type = tlu number_of_pixels = 0, 0 pixel_pitch = 0um, 0um position = 0mm, 0mm, 5m orientation = 0deg, 0deg, 0deg time_resolution = 0ns [dssd_5_1_1] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 0mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s [dssd_5_1_2] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 50mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s role = reference [RD50_MPWx_0] #mask_file = mask_maus.txt role = dut type = RD50_MPWx number_of_pixels = 64, 64 pixel_pitch = 62um, 62um position = 0mm, 0mm, 77.5mm orientation = 90deg,0deg,180deg orientation_mode = "zyx" time_resolution = 25ns material_budget = 0.00320305 [RD50_MPWx_1] #mask_file = mask_maus.txt role = dut type = RD50_MPWx number_of_pixels = 64, 64 pixel_pitch = 62um, 62um position = 0mm, 0mm, 109.5mm orientation = 90deg,0deg,180deg orientation_mode = "zyx" time_resolution = 25ns material_budget = 0.00320305 [dssd_5_1_3] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 232.5mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s #role = reference [dssd_5_1_4] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 282.5mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s
139	Mon Aug 26 09:18:25 2024	RD50 Generic User	geo
new geo file with adjusted dut position
Attachment 1: detectors_new.geo
[TLU_0] role = auxiliary type = tlu number_of_pixels = 0, 0 pixel_pitch = 0um, 0um position = 0mm, 0mm, 5m orientation = 0deg, 0deg, 0deg time_resolution = 0ns [dssd_5_1_1] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 0mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s [dssd_5_1_2] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 50mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s role = reference [RD50_MPWx_1] #mask_file = mask_maus.txt role = auxiliary #role = dut type = RD50_MPWx number_of_pixels = 64, 64 pixel_pitch = 62um, 62um position = 0mm, 0mm, 85mm orientation = 90deg,0deg,180deg orientation_mode = "zyx" time_resolution = 25ns material_budget = 0.00320305 [RD50_MPWx_0] #mask_file = mask_maus.txt role = dut type = RD50_MPWx number_of_pixels = 64, 64 pixel_pitch = 62um, 62um position = 0mm, 0mm, 117mm orientation = 90deg,0deg,180deg orientation_mode = "zyx" time_resolution = 25ns material_budget = 0.00320305 [dssd_5_1_3] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 240mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s #role = reference [dssd_5_1_4] type = dssd number_of_pixels = 512, 512 pixel_pitch = 100um, 50um position = 0mm, 0mm, 289mm orientation = 0deg, 0deg, 0deg spatial_resolution = 29um,14.5um material_budget = 0.0032021081576535286 time_resolution = 10000s

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