FOOTAvailableSimulation < Main

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---+ Available Simulation datasets on the tier3

<br />%TOC%
---+ 
---+ Latest MC files<i> (Update: June 2023)<br /></i>

The productions are documented in this page concern the Electronic setup.

There are simulated data productions for physics analysis adopting specific setups with incomplete geometry:
   * GSI data/MC studies (E.g. with a geometry consistent with the data taking setup at GSI of April 2019)
   * Preparation of CNAO2020/CNAO2021 data takings.
   * Simulation of GSI2021 campaign (July 2021) _%BLUE%(campaign updated on June 2023)%ENDCOLOR%_
   * Simulation of HIT2022 campaign (September 2022)
   * Simulation of CNAO2022 campaign (November-December 2022)
A production for physics studies purposes with the complete Electronic setup (12C; 200 Mev/u).
---++ Full electronic detector simulation 12C_200_2023

The setup includes the whole detector with the magnetic map received in 2023.
The primary (12C) energy is 200 Mev/u.

A campaign tag denominated 12C_200_2023 is available in the newgeom and Master branches of SHOE. Run number to be used in SHOE: 1

<img alt="3Dnewcut.png" height="171" src="%ATTACHURL%/3Dnewcut.png" title="3Dnewcut.png" width="256" />

The available root files are "untriggered" simulations (all primary events are recorded), saved as SHOE root-files where also the region number is recorded.

The files are in tier3 in /gpfs_data/local/foot/Simulation/12C_200_2023:
   1 12C_C_100_1_shoereg.root (5 10^6 primaries)
   1 12C_C_200_2_shoereg.root (5 10^6 primaries)
Files will be made available on tier1 in the next future.

---++ CNAO2022 MC studies

Files are available on tier1 at

<pre>/storage/gpfs_data/foot/shared/SimulatedData/CNAO2022_MC</pre>

A campaign tag denominated CNAO2022_MC has been made available in the newgeom and Master branches of SHOE. The setup includes SC, Target, VTX, MSD, TW and twelve 3x3 calorimeter modules. There are 2 run numbers to be used in SHOE: 200 and 201 related respectively to the November and December runs. The primary (12C) energy is 200 Mev/u.
November run: detector test
December run: to be used for physics analysis

<img alt="CNAO2022.png" height="171" src="%ATTACHURL%/CNAO2022_dec_3Dnoem.png" title="CNAO2022_dec_3Dnoem.png" width="256" />

The available files  are those relative to 12C on C target, 5 mm thick with density 1.83 g/cm^3: 200.61 Mev/u. The available root files are "untriggered" simulations (all primary events are recorded) are saved as SHOE root-files where also the region number is recorded. The files are:
   1 12C_C_100_1_shoereg.root (5 10^6 primaries)
   1 12C_C_200_2_shoereg.root (5 10^6 primaries)

---++ HIT2022 MC studies

Files are available on tier1 at

<pre>/storage/gpfs_data/foot/shared/SimulatedData/HIT2022_MC</pre>

A campaign tag denominated HIT2022_MC has been made available in the [[NewGeom][Newgeom]] and Master branches of SHOE. The setup includes SC, Target, MSD, TW and seven 3x3 calorimeter modules. There are 4 run numbers to be used in SHOE: 100, 140, 200 and 220 according to the primary (4He) energy.

<img alt="HIT2022.png" height="171" src="%ATTACHURL%/HIT2022.png" title="HIT2022_3D.png" width="256" />

The available files at present are only those relative to the case of 4He on C target, 5 mm thick with density 1.83 g/cm^3: 100.19, 140.14, 200.375 and 220.5 MeV /u. The avaible root files are "untriggered" simulations (all primary events are recorded) saves as SHOE root-files where also the region number is recorded. The files are:
   1 4He_C_100_n_shoereg.root (n=1,2; 5 10^6 primaries each file)
   1 4He_C_140_n_shoereg.root (n=1,2; 5 10^6 primaries each file)
   1 4He_C_200_n_shoereg.root (n=1,2; 5 10^6 primaries each file)
   1 4He_C_220_n_shoereg.root (n=1,2; 5 10^6 primaries each file)
In addition, there are also simulation of empty target runs:
   1 4He_C_100_empty.root (10^6 primaries)
   1 4He_C_140_empty.root (10^6 primaries)
   1 4He_C_200_empty.root (10^6 primaries)
   1 4He_C_220_empty.root (10^6 primaries)
---++ CNAO2021 MC studies

Files are available on tier3 at
<pre>/gpfs_data/local/foot/Simulation/CNAO2021_MC</pre>

A campaign tag denominated CNAO2021_MC has been made available in the [[NewGeom][Newgeom]] and Master branches of SHOE. The setup includes SC, Target, TW and a 3x3 calorimeter module. An additional BGO block is present, but in this simulation is a passive element. There are 4 run numbers: 150 200, 300 and 400 according to the primary (12C) energy.

<img alt="cnao_2D.png" height="171" src="%ATTACHURL%/CNAO2021_2D.png" title="cnao_2D.png" width="256" />

The available files at present are only those relative to the case of 12C on C target, 5 mm thick with density 1.83 g/cm^3: 150.71, 200.61, 301.44 and 398.84 MeV /u. The geometry is the the one reported for the 1st night of data taking. The avaible root files are "untriggered" simulations (all primary events are recorded) saves as SHOE root-files where also the region number is recorded. The files are:
   1 12C_C_150_Night1_shoereg.root (2 10^6 primaries)
   1 12C_C_200_Night1_shoereg.root (2 10^6 primaries)
   1 12C_C_300_Night1_shoereg.root (2 10^6 primaries)
   1 12C_C_400_Night1_1_shoereg.root (10^6 primaries)
   1 12C_C_400_Night1_2_shoereg.root (10^6 primaries)
---++ GSI2021 MC studies _%BLUE%(updated June 2023)%ENDCOLOR%_

Files are available on tier1 at

<pre>/storage/gpfs_data/foot/shared/SimulatedData/GSI2021_MC</pre>

A campaign tag denominated GSi2021_MC has been made available in the [[NewGeom][Newgeom]] and Master branches of SHOE. There are 2 run numbers: 200 and 400 according to the energy. See the following presentation given at the Physics Meeting of 28 July 2021: https://agenda.infn.it/event/25081/contributions/127102/attachments/83900/110859/Simulation_Updates_20210728.pdf

<img alt="cnao_2D.png" height="171" src="%ATTACHURL%/GSI2021new_geo.png" title="cnao_2D.png" width="256" />

The available files at present are those relative to run 200 and 400: 16O only for C target, 5 mm thick with density 1.83 g/cm^3) at 200 and 400 MeV /u. These are "untriggered" simulation (all primary events are recorded) saves as SHOE root-files where also the region number is recorded. There are two sets, each one made of 5 files:
   1 16O_C_200_n_shoereg.root (n=1,2,3,4,5 10^6 primaries each one)
   1 16O_C_400_n_shoereg.root (n=1,2,3,4,5 10^6 primaries each one)

Two more files are also available for background studies, where the solid C target has been replaced by air. These runs are recognized by the campaign manager as run 202 and 402, for the 200 Mev/u and 400 Mev/u energies respectively.
   1 16O_Air_200_shoereg.root (1.3 10^6 primaries)
   1 16O_Air_400_shoereg.root (1.3 10^6 primaries)

---++ GSI2019 MC studies

The MC files that should be used is now kept on the Bologna Tier3 under the folder
<pre>/gpfs_data/local/foot/Simulation/GSI2019</pre>

A campaign tag denominated GSI has been made available in the NewGeom and Master branches of SHOE.

<img alt="gsi2019_2D.png" height="151" src="%ATTACHURL%/gsi2019_2D.png" title="gsi2019_2D.png" width="235" />

New simulation using the geometry generated with the GSI_MC campaign of shoe (newgeom branch)
   1 foot_GSI_Trig_shoe.root (16O on C target 10^7 primaries 400 MeV /u)
   1 foot_GSI_UnTrig_1_shoe.root (as above, 2.5 10^6 primaries, untriggered simulation)
   1 foot_GSI_UnTrig_2_shoe.root (")
Old simulation files are 16O on C target, 5 mm with density 1.83 g/cm^3) at 200 and 400 MeV /u:
   1 16O_C_200_n.root (n=1,2; 10^7 primaries each one)
   1 16O_C_400_n.root (n=1,2; 10^7 primaries each one)
More details on these last files can be found in the following presentation given at the CNAO Meeting June 2019: https://agenda.infn.it/event/18616/contributions/95085/attachments/63969/77231/20190606_Sim_CollMeet.pdf

There are two additional MC files in
<pre>/gpfs_data/local/foot/Simulation/newgeom_v1.0/GSI/</pre>

They are without target and are "untriggered" (all primary events are recorded).
   1 GSI_O_200_NoTg.root (16O at 200 MeV /u, 10^4 primaries)
   1 GSI_O_400_NoTg.root (16O at 400 MeV /u, 10^4 primaries)<hr />
---++ CNAO2020/2021 MC studies

Files are available on tier3 at
<pre>/gpfs_data/local/foot/Simulation/CNAO2020</pre>

A campaign tag denominated CNAO2020 has been made available in the NewGeom and Master branches of SHOE.

<img alt="cnao_2D.png" height="151" src="%ATTACHURL%/cnao_2D.png" title="cnao_2D.png" width="256" />

There are different type of files.

A) primitive EventStruct files
   1 12C_C_200.root (10^7 C primaries on C target, 284246 events on file)
   1 12C_C2H4_200_1.root and 12C_C2H4_200_2.root (both for 10^7 primaries on C2H4 target, 198215 and 197621 events on file respectively)
   1 12C_C_200em.root (10^7 C primaries on C target, 284376 events on file) with transport of e+/e- and photons with 500 keV cut
   1 12C_C2H4_200em_1.root and 12C_C2H4_200em _2.root (both for 10^7 primaries on C2H4 target, 197224 and 197248 events on file respectively) with transport of e+/e- and photons with 500 keV cut
   1 12C_C2H4_200notr_n.root (n=1,2,3,4,5) Untriggered simulation (2 10^6 primaries each one)
B) SHOE root files (corresponding to the above listed ones)
   1 12C_C_200_shoe.root
   1 12C_C2H4_200_1_shoe.root and 12C_C2H4_200_2_shoe.root
   1 12C_C_200em_shoe.root with transport of e+/e- and photons with 500 keV cut
   1 12C_C2H4_200em_1_shoe.root and 12C_C2H4_200em _2_shoe.root with transport of e+/e- and photons with 500 keV cut
C) SHOE root files with the addition of region crossing (corresponding to the above listed ones)
   1 12C_C_200_shoereg.root
   1 12C_C2H4_200_1_shoereg.root and 12C_C2H4_200_2_shoereg.root
   1 12C_C_200em_shoereg.root with transport of e+/e- and photons with 500 keV cut
   1 12C_C2H4_200em_1_shoereg.root and 12C_C2H4_200em _2_shoereg.root with transport of e+/e- and photons with 500 keV cut
---++ Performance studies

The latest MC files that should be used is now kept on the Bologna Tier3 under the folder

<verbatim>/gpfs_data/local/foot/Simulation/newgeom_v1.0/</verbatim>

This production makes use of the full geometry including the calorimeter.

<img alt="newgeom_std.png" height="151" src="%ATTACHURL%/newgeom_std.png" width="266" />

There are "untriggered" files (all events are written onto output) which are:
   1 12C_C_200notrig_n.root (n=1,2,3,4,5 12C at 200 MeV /u on C, 5 mm with density 1.83 g/cm^3 as that of GSI run, 2 10^6 primaries each file)
There are the normal "triggered" files (only events with at least an inelastic interaction in target are written)
   1 16O_C_200_1.root (16O at 200 MeV /u on C, 5 mm with density 1.83 g/cm^3, 10^7 primaries)
   1 16O_C2H4_200_n.root (n=1,2,3,4,5 12C at 200 MeV /u on C2H4, 5 mm with density 0.94 g/cm^3, 10^7 primaries each file)
A new production is available with e.m. transport activated havng 1 MeV cut for electron/positron and 0.5 MeV for photons. See details in https://agenda.infn.it/event/21777/contributions/109831/attachments/72741/91886/FLUKA_Sim_Update.pdf
   1 16O_C2H4_200em_n.root (n=1,2,3,4,5 12C at 200 MeV /u on C2H4, 5 mm with density 0.94 g/cm^3; 10^7 primaries each file)
   1 1H_C2H4_200em_1.root (protons at 200 MeV /u on C2H4, 5 mm with density 0.94 g/cm^3; 5 10^7 primaries)
There are additional files at higher energy with a modified geometry having TW+Calorimeter at 290 cm from the target.

<img alt="newgeon_long.png" height="151" src="%ATTACHURL%/newgeon_long.png" width="266" />

Details are given in: https://agenda.infn.it/event/21776/contributions/109817/attachments/72264/91076/FLUKA_Sim_Update.pdf
   1 16O_C_700_1.root (16O at 700 MeV /u on C 5 mm with density 1.83 g/cm^3, 5 10^6 primaries)
   1 16O_C2H4_700_n.root (n=1,2,3,4,5 12C at 700 MeV /u on C2H4, 5 mm with density 0.94 g/cm^3, 5 10^6 primaries each file)
Also for the 700 MeV /u case there is a production with e.m. transport activated (https://agenda.infn.it/event/21777/contributions/109831/attachments/72741/91886/FLUKA_Sim_Update.pdf):
   1 16O_C2H4_700em_n.root (n=1,2,3,4,5 12C at 700 MeV /u on C2H4, 5 mm with density 0.94 g/cm^3; 5 10^6 primaries each file)
   1 1H_C2H4_700em_1.root (protons at 700 MeV /u on C2H4, 5 mm with density 0.94 g/cm^3; 10^7 primaries)
A special production of 4He interactions at 700 MeV /u is contained in /gpfs_data/local/foot/Simulation/newgeom_v1.0/HE_MC. This has been performed with a modified geometry to allow a longer level arm for TOF (180.3 cm from target) and displaced MSD.

<img alt="newgeon_4He700MeV.png" height="151" src="%ATTACHURL%/newgeon_long.png" width="266" />

Details are given in: https://agenda.infn.it/event/21775/contributions/109809/attachments/71546/89876/GB_4He700sim.pdf
   1 4He_C_700_n.root (n=1,2; 4He at 700 MeV /u on C 5 mm with density 1.83 g/cm^3, 5 10^6 primaries each one)
Older files, produced using a geometry without the calorimenter are in /gpfs_data/local/foot/Simulation/newgeom_v1.0/Old

The available files are:
   1 12C_C_200_1.root (12C at 200 MeV /u on C, 3 mm with density 1.83 g/cm^3, 10^7 primaries)
   1 16O_C_200_1.root (16O at 200 MeV /u on C, 3 mm with density 1.83 g/cm^3, 10^7 primaries)
More details on the files can be found in the following presentation: https://agenda.infn.it/event/20171/contributions/106229/attachments/69138/85804/SimulationStatus_Battistoni.pptx

---+ Older MC productions available on the tier3<i> (Update: 6 September 2017)<br /></i>

<b>V12.4:<br /></b>

<b> Geometry: Plume IT with more realistic materials, new magnet design, Microstrip Silicon Detectors replacing the Drift Chamber, updated Calorimeter design (14 cm thick), high precision tracking in magnetic field<br /></b>

<img alt="" height="151" src="%ATTACHURL%/3D.png" width="266" /> <img alt="" height="125" src="%ATTACHURL%/geo_V12.4_track.png" width="218" /><img alt="" height="139" src="%ATTACHURL%/Bmapnew.png" width="186" />

*Mag. Field on, events with &ge;1 inelastic interaction on target:*

*Storage Directory: /gpfs_data/local/foot/Simulation/V12.4*

*16O ions on* *2 mm Polyethylene (dens = 0.94 g/cm^3) target, 200 MeV /u:* <br /> *16O_C2H4_200_1.root* (4.0e+6 primaries) <br /> *16O_C2H4_200_2.root* (") <br /> *16O_C2H4_200_3.root* (") <br /> *16O_C2H4_200_4.root* (") <br /> *16O_C2H4_200_5.root* (")

*16O ions on* *2 mm C target (dens = 2 g/cm^3), 200 MeV /u:* <br /> *16O_C_200_1.root* (4.0e+6 primaries) <br /> *16O_C_200_2.root* (") <br /> *16O_C_200_3.root* (") <br /> *16O_C_200_4.root* (") <br /> *16O_C_200_5.root* (")

*12C ions on* *2 mm Polyethylene (dens = 0.94 g/cm^3) target, 200 MeV /u:* <br /> *12C_C2H4_200_1.root* (4.0e+6 primaries) <br /> *12C_C2H4_200_2.root* (") <br /> *12C_C2H4_200_3.root* (") <br /> *12C_C2H4_200_4.root* (") <br /> *12C_C2H4_200_5.root* (")

*12C ions on* *2 mm C target (dens = 2 g/cm^3), 200 MeV /u:* <br /> *12C_C_200_1.root* (4.0e+6 primaries) <br /> *12C_C_200_2.root* (") <br /> *12C_C_200_3.root* (") <br /> *12C_C_200_4.root* (") <br /> *12C_C_200_5.root* (")

*16O ion on* *2 mm Polyethylene (dens = 0.94 g/cm^3) target, 350 MeV /u:* <br /> *16O_C2H4_350_1.root* (4.0e+6 primaries) <br /> *16O_C2H4_350_2.root* (") <br /> *16O_C2H4_350_3.root* (") <br /> *16O_C2H4_350_4.root* (") <br /> *16O_C2H4_350_5.root* (")

*16O ion on* *2 mm C (dens = 2 g/cm^3) target, 350 MeV /u:* <br /> *16O_C_350_1.root* (4.0e+6 primaries) <br /> *16O_C_350_2.root* (") <br /> *16O_C_350_3.root* (") <br /> *16O_C_350_4.root* (") <br /> *16O_C_350_5.root* (")

*12C ion on* *2 mm Polyethylene (dens = 0.94 g/cm^3) target, 350 MeV /u:* <br /> *12C_C2H4_350_1.root* (4.0e+6 primaries) <br /> *12C_C2H4_350_2.root* (") <br /> *12C_C2H4_350_3.root* (") <br /> *12C_C2H4_350_4.root* (") <br /> *12C_C2H4_350_5.root* (")

*12C ion on* *2 mm C (dens = 2 g/cm^3) target, 350 MeV /u:* <br /> *12C_C_350_1.root* (4.0e+6 primaries) <br /> *12C_C_350_2.root* (") <br /> *12C_C_350_3.root* (") <br /> *12C_C_350_4.root* (") <br /> *12C_C_350_5.root* (")

*16O ions on* *2 mm Polyethylene target (dens = 0.94 g/cm^3), 700 MeV /u:* <br /> *16O_C2H4_700_1.root* (4.0e+6 primaries)

*16O ions on* *2 mm C (dens = 2 g/cm^3) target, 700 MeV /u:* <br /> *16O_C_700_1.root* (4.0e+6 primaries)

*12C ions on* *2 mm Polyethylene (dens = 0.94 g/cm^3) target, 700 MeV /u:* <br /> *12C_C2H4_700_1.root* (4.0e+6 primaries)

*12C ions on* *2 mm C (dens = 2 g/cm^3) target, 700 MeV /u:* <br /> *12C_C_700_1.root* (4.0e+6 primaries)

<b><i>____________________________________________________________________________</i></b>

<b> Geometry: Plume IT with more realistic materials, new magnet design, new Drift Chamber design, updated Calorimeter design, high precision tracking in magnetic field<br /></b>

<img alt="" height="120" src="%ATTACHURL%/NewGeo3_3D.png" width="210" /> <img alt="" height="144" src="%ATTACHURL%/InnerTrk_detail.png" width="250" /><img alt="" height="157" src="%ATTACHURL%/Bmap_xz.png" width="210" />

<b>16-O, Mag. Field on, events with &ge;1 inelastic interaction on target:</b>&lt;/n&gt;*

*Storage Directory: /gpfs_data/local/foot/Simulation/V10.2*

*2 mm Polyethylene target, 200 MeV /u projectiles:* <br /> * 16O_C2H4_200.root * (5.0e+6 primaries)

*2 mm Polyethylene target, 400 MeV /u projectiles:* <br /> *16O_C2H4_400.root* (2.5e+6 primaries)

<b><i>____________________________________________________________________________</i></b>

<b>Variant of Geometry: Calorimeter with 21 cm thick BGO crystals<br /></b>

*2 mm Polyethylene target, 200 MeV /u projectiles:*

*16O_C2H4_200_Calo21.root* (5.0e+6 primaries)

*2 mm Polyethylene target, 400 MeV /u projectiles:*

*16O_C2H4_400_Calo21.root* (2.5e+6 primaries)

<b><i>____________________________________________________________________________</i></b>

*Previous Cases (Update 8 Mar 2017)*

*Geometry (better IT with more realistic materials, new magnet and Drift Chamber design)*

<img alt="" src="%ATTACHURL%/NewGeo3_3D.png" width="400" /> <img alt="" src="%ATTACHURL%/InnerTrk_detail.png" width="400" />

*a) 12-C, 200 A Mev, Mag. Field on, events with &ge;1 inelastic interaction on target:*

*Storage Directory: /gpfs_data/local/foot/Simulation/NewGeo/MagOn_HT*

Warning: approximate uniform dipolar B-field (By = 0.7 T)

*Polyethylene target:*

*12C_C2H4_tgt_n.root (n=1,2,..., 5) , each one of the 5 files is relative to 1.e+6 primaries*

*Graphite target:*

*12C_C_tgt_n.root (n=1,2,..., 5) , each one of the 5 files is relative to 1.e+6 primaries*

<b><i>____________________________________________________________________________</i></b>

*b) 12-C, 200 A Mev, Mag. Field off, events with &ge;1 inelastic interaction on target:*

*Storage Directory: /gpfs_data/local/foot/Simulation/NewGeo/MagOff_HT*

*Polyethylene target:*

*12C_C2H4_tgt_n.root (n=1,2,..., 5) , each one of the 5 files is relative to 1.e+6 primaries*

*Graphite target:*

*12C_C_tgt_n.root (n=1,2,..., 5) , each one of the 5 files is relative to 1.e+6 primaries*

<b><i>_____________________________________________________________________________<br />_____________________________________________________________________________</i></b>

*2) Standard production (5 Feb 2017)*

<img alt="" src="%ATTACHURL%/3Dgeo.png" width="400" />

*Storage Directory: /gpfs_data/local/foot/Simulation*

*A) 12-C, 200 A Mev on C2-H4 target, events with &ge;1 inelastic interaction on target, 1.e+6 primaries:*

<b>12C_C2H4_Mag_highThres.root </b>with Magnetic Field on and High e.m. thresholds (i.e.: no deltas, etc.)<br /><b>12C_C2H4_Mag_lowThres.root</b> with Magnetic Field on and Low e.m. thresholds <br /><b>12C_C2H4_noMag_highThres.root </b> w/o Magnetic Field and High e.m. thresholds<br /><b>12C_C2H4_noMag_lowThres.root </b> w/o Magnetic Field and Low e.m. threshold

*B) 16-O, 200 A Mev on C2-H4 target, events with &ge;1 inelastic interaction on target, 1.e+6 primaries:*

*16O_C2H4_Mag_lowThres.root*

*C) 16-O, 200 A Mev on C2-H4 target, events w/o requiring inelastic interaction on target, 1.e+6 primaries:*

5 files (very large), each one corresponding to 2.e+5 primaries. Magnetic Field on and Low e.m. thresholds:

<b>16O_C2H4_Mag_lowThres_full1.root</b><br /><b>16O_C2H4_Mag_lowThres_full2.root</b><br /><b>16O_C2H4_Mag_lowThres_full3.root</b><br /><b>16O_C2H4_Mag_lowThres_full4.root</b><br /><b>16O_C2H4_Mag_lowThres_full5.root</b><br /><br />

*3) Single Fragment production (5 Feb 2017)*

*Storage Directory: /gpfs_data/local/foot/Simulation/SingleFragment*

Fragment of a given type emitted in a cone (175 mrad) from the target; E= 200 [[AMeV][A MeV]], 10k events.

<img alt="" src="%ATTACHURL%/cone.png" width="300" />

*A) With Magnetic Field on:*

<b> 1H_200_cone_Mag.root</b><br /> <b>4He_200_cone_Mag.root</b><br /> <b>11B_200_cone_Mag.root</b><br /> <b>12C_200_cone_Mag.root</b><br /> <b>14N_200_cone_Mag.root</b><br /> <b>16O_200_cone_Mag.root</b><br /> <b>7Li_200_cone_Mag.root</b><br /> *9Be_200_cone_Mag.root* <br /><br /><b>B) Without Magnetic Field:</b>

<b> 1H_200_cone_noMag.root</b><br /> <b>4He_200_cone_noMag.root</b><br /> <b>11B_200_cone_noMag.root</b><br /><b> 12C_200_cone_noMag.root </b><br /><b> 14N_200_cone_noMag.root</b><br /><b> 16O_200_cone_noMag.root</b><br /><b> 7Li_200_cone_noMag.root</b><br /><b> 9Be_200_cone_noMag.root</b>

<b>4) Geometry with Trackers and magnets inside a vacuum chamber (5 Feb 2017)<br /></b>

<img alt="Modified Geometry with vacuum chamber" src="%ATTACHURL%/vac_geo.png" title="Modified geometry with vacuum chamber" width="400" />

*A) 12-C, 200 A Mev on C2-H4 target, events with &ge;1 inelastic interaction on target, 1.e+6 primaries:*

*12C_C2H4_vac.root* All Trackers and magnets inside a vacuum chamber<br /><b>12C_C2H4_vac_noIT.root </b>No Tracker between magnets.

-- %USERSIG{GiuseppeBattistoni - 2017-02-06}%&lt;/verbatim&gt;

   * GSI2021_MC geometru: <br />
     <img alt="GSI2021new_geo.png" height="732" src="%ATTACHURLPATH%/GSI2021new_geo.png" width="1139" />
Attachments
Topic attachments
I	Attachment	History	Action	Size	Date	Who	Comment
png	12C_200_cone_Edep.png	r1	manage	13.5 K	2017-02-06 - 13:39	GiuseppeBattistoni
png	3D.png	r1	manage	126.8 K	2017-06-19 - 16:29	GiuseppeBattistoni
png	3Dgeo.png	r1	manage	37.7 K	2017-02-06 - 10:36	GiuseppeBattistoni
png	3Dnewcut.png	r1	manage	74.4 K	2023-05-30 - 15:27	SilviaMuraro
png	Bmap_xz.png	r1	manage	4.8 K	2017-05-23 - 13:50	GiuseppeBattistoni
pdf	Bmapnew.pdf	r1	manage	25.7 K	2017-06-20 - 07:12	GiuseppeBattistoni
png	Bmapnew.png	r1	manage	65.6 K	2017-06-20 - 07:14	GiuseppeBattistoni
png	CNAO2021_2D.png	r1	manage	19.2 K	2022-04-03 - 13:06	GiuseppeBattistoni
png	CNAO2022_dec_3Dnoem.png	r1	manage	190.9 K	2023-05-30 - 15:03	SilviaMuraro
png	GSI2021new_geo.png	r1	manage	26.2 K	2021-11-28 - 18:19	GiuseppeBattistoni	GSI2021_MC geometru
png	HIT2022.png	r1	manage	43.0 K	2022-09-07 - 06:47	GiuseppeBattistoni
png	InnerTrk_detail.png	r1	manage	38.3 K	2017-02-17 - 08:47	GiuseppeBattistoni
png	NewGeo3_3D.png	r1	manage	42.8 K	2017-02-17 - 08:47	GiuseppeBattistoni
png	cnao_2D.png	r1	manage	14.9 K	2021-05-15 - 11:10	GiuseppeBattistoni
png	cone.png	r1	manage	235.8 K	2017-02-06 - 14:03	GiuseppeBattistoni
png	geo_V12.4_track.png	r1	manage	78.6 K	2017-06-20 - 07:16	GiuseppeBattistoni
png	gsi2019_2D.png	r1	manage	21.6 K	2021-05-15 - 11:15	GiuseppeBattistoni
png	newgeom_4He700MeV.png	r1	manage	19.9 K	2020-06-08 - 08:55	GiuseppeBattistoni	newgeom for 4He runs at 700 MeV/u
png	newgeom_std.png	r1	manage	21.0 K	2020-06-08 - 08:54	GiuseppeBattistoni	newgeom standard
png	newgeon_long.png	r1	manage	9.7 K	2020-06-08 - 08:54	GiuseppeBattistoni	newgeom for high energy runs
png	vac_geo.png	r1	manage	16.3 K	2017-02-06 - 10:28	GiuseppeBattistoni
Topic revision: r37 - 2023-06-20 - GiuseppeBattistoni