MINOS Event Files

Where to find the files

  /afs/fnal.gov/files/data/minos/d4/

Run info

	conditions
run #	beam det Fe primary	path	file events
21110	wbb apt 2cm nu_mu	wbb/apt/2_cm/mu/	gminos_21110_1.fz_gaf 674 gminos_21110_2.fz_gaf 678 gminos_21110_3.fz_gaf 647 gminos_21110_4.fz_gaf 622 gminos_21110_5.fz_gaf 690 gminos_21110_6.fz_gaf 578
11310	wbb apt 4cm nu_e	wbb/apt/4_cm/e/	gminos_11310_1.fz_gaf 5000 gminos_11310_2.fz_gaf 5000 gminos_11310_3.fz_gaf 5000 gminos_11310_4.fz_gaf 5000 gminos_11310_5.fz_gaf 5000
11110	wbb apt 4cm nu_mu	wbb/apt/4_cm/mu/	gminos_11110_1.fz_gaf 2881 gminos_11110_2.fz_gaf 2842 gminos_11110_3.fz_gaf 2856 gminos_11110_4.fz_gaf miss gminos_11110_5.fz_gaf 2858 gminos_11110_6.fz_gaf 2852 gminos_11110_7.fz_gaf 2824 gminos_11110_8.fz_gaf 2851 gminos_11110_9.fz_gaf 2867 gminos_11110_10.fz_gaf 2873 gminos_11110_11.fz_gaf 2795
11210	wbb apt 4cm nu_tau	wbb/apt/4_cm/tau/	gminos_11210_1.fz_gaf 5000 gminos_11210_2.fz_gaf 5000 gminos_11210_3.fz_gaf 5000 gminos_11210_4.fz_gaf 5000 gminos_11210_5.fz_gaf 5000 gminos_11210_6.fz_gaf 5000
22310	wbb lscint_2cm 2cm nu_e	wbb/lscin_2cm/2_cm/e/	gminos_22310_1.fz_gaf 5000 gminos_22310_2.fz_gaf 5000 gminos_22310_3.fz_gaf 5000 gminos_22310_4.fz_gaf 3135 gminos_22310_5.fz_gaf 5000 gminos_22310_6.fz_gaf 5000 gminos_22310_7.fz_gaf 5000 gminos_22310_8.fz_gaf 5000 gminos_22310_9.fz_gaf 5000 gminos_22310_10.fz_gaf 5000 gminos_22310_11.fz_gaf 5000
22110	wbb lscint_2cm 2cm nu_mu	wbb/lscin_2cm/2_cm/mu/	gminos_22110_1.fz_gaf 5000 gminos_22110_2.fz_gaf 5000 gminos_22110_3.fz_gaf 5000 gminos_22110_4.fz_gaf 5000 gminos_22110_5.fz_gaf 5000 gminos_22110_6.fz_gaf 1022 gminos_22110_7.fz_gaf 5000 gminos_22110_8.fz_gaf 5000 gminos_22110_9.fz_gaf 5000 gminos_22110_10.fz_gaf 5000 gminos_22110_11.fz_gaf 5000 gminos_22110_12.fz_gaf 5000
22210	wbb lscint_2cm 2cm nu_tau	wbb/lscin_2cm/2_cm/tau/	gminos_22210_1.fz_gaf 5000 gminos_22210_2.fz_gaf 5000 gminos_22210_3.fz_gaf 15 gminos_22210_4.fz_gaf 5000 gminos_22210_5.fz_gaf 5000 gminos_22210_6.fz_gaf 471 gminos_22210_7.fz_gaf 5000 gminos_22210_8.fz_gaf 5000 gminos_22210_9.fz_gaf 5000 gminos_22210_10.fz_gaf 5000 gminos_22210_11.fz_gaf 7 gminos_22210_12.fz_gaf 5000 gminos_22210_13.fz_gaf 5000 gminos_22210_14.fz_gaf 5000
12310	wbb lscint_2cm 4cm nu_e	wbb/lscin_2cm/4_cm/e/	gminos_12310_1.fz_gaf 722 gminos_12310_2.fz_gaf 763 gminos_12310_3.fz_gaf 732 gminos_12310_4.fz_gaf 755 gminos_12310_5.fz_gaf 761 gminos_12310_6.fz_gaf 716
12110	wbb lscint_2cm 4cm nu_mu	wbb/lscin_2cm/4_cm/mu/	gminos_12110_1.fz_gaf 1108 gminos_12110_2.fz_gaf 1087 gminos_12110_3.fz_gaf 1049 gminos_12110_4.fz_gaf 1099 gminos_12110_5.fz_gaf 1057 gminos_12110_6.fz_gaf 1109 gminos_12110_7.fz_gaf 1066 gminos_12110_8.fz_gaf 1079 gminos_12110_9.fz_gaf 1100 gminos_12110_10.fz_gaf 1093
12210	wbb lscint_2cm 4cm nu_tau	wbb/lscin_2cm/4_cm/tau/	gminos_12210_1.fz_gaf 926 gminos_12210_2.fz_gaf 976 gminos_12210_3.fz_gaf 972 gminos_12210_4.fz_gaf 975 gminos_12210_5.fz_gaf 987 gminos_12210_6.fz_gaf 957 gminos_12210_7.fz_gaf 931 gminos_12210_8.fz_gaf 929 gminos_12210_9.fz_gaf 975 gminos_12210_10.fz_gaf 976

Variations

All events are generated in a "far" detector configuration. The MFLX=0 (histogram) flux method is used. There is a center coil that contributes to dead regions in the tracking, but the mass is not accounted for in the generation of neutrino interactions. In every case there are three supermodules (with 1m separation). A supermodule contains either 200 (4cm Fe) or 400 (2cm Fe) detector planes.

Iron "B"

1. 4cm plates (8m octogon, old field)
2. 2cm plates (8m octogon, old field)
3. 6cm plates (8m octogon, old field)
4. 8cm plates (8m octogon, old field)

Detector "D"

1. LST 1cm x 1cm profile with aluminum comb and
   9.0% Ar, 70.0% CO2, 21.0% isobutane gas
   (currently no digitization - only hits available)
2. FLS 2cm x 2cm cells
3. FLS 1cm x 2cm cells (smaller transverse segmentation)
4. FLS 4cm x 2cm cells (larger transverse segmentation)

Flavor "F"

1. no oscillation
2. (nu_e --> nu_mu) (nu_mu --> nu_tau) (nu_tau --> nu_e)
3. (nu_e --> nu_tau) (nu_mu --> nu_e) (nu_tau --> nu_mu)
4. single electrons
5. single pi+ hadrons

The run number is constructed from the conditions: "BDFxx". The "xx" differentiates different runs of the similar conditions.

If people have a particular configuration that they'd like to see run before the others they should inform me (Robert Hatcher) and I'll push it up in the queue.

When processing the single particle files, the "xx" code is broken down further with the 10's place designating the energy and the 1's place for distinquishing similar runs. The default configuration was to generate 4000 events of each setup. The energies were:

1. 2 GeV
2. 5 GeV
3. 7.5 GeV (skipped)
4. 10 GeV
5. 15 GeV (skipped)
6. 20 GeV
7. 25 GeV (skipped)

Notes:

Anti-neutrino "oscillations" follow the same pattern as the neutrinos. The flavor designated in the "nu" table column is the predominant type -- not exclusive! The original flux contains the appropriate amount of nu_e and anti-neutrino contamination. These get oscillated by the same fixed permutation. The original flavor is also available in the NeuKin Eset. Thus those runs with labelled mu still represent what would be seen if no oscillations occurred.