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Changes between Version 101 and Version 102 of ExperimentFlux


Ignore:
Timestamp:
Jan 9, 2017, 11:58:58 AM (8 years ago)
Author:
Clarence Wret
Comment:

--

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  • ExperimentFlux

    v101 v102  
    99Additionally, '''some experiments seem to use the "flux" interchangeably with "event rate"''', which can confuse things further.
    1010
     11You can download the full set of fluxes [
     12https://nuisance.hepforge.org/trac/zip-attachment/wiki/ExperimentFlux/ here]. Each ROOT file contains "flux_numu": this is what goes into the front of the generator.
    1113
    1214== Introduction ==
    … …  
    3537  * J. Campbell et al, ''Study of the Reaction \nu p \rightarrow mu- pi+ p'', Physical Review Letters, Volume 30, Number 8, 19 Februrary 1973, 325
    3638   [[Image(ANL_flux_1pi_1973.png, 400px, center​)]]
    37    * attachment:ANL_1973_CC1pi_rescan.root
     39   * [attachment:ANL_1973_CC1pi_rescan.root ROOT file]
    3840
    3941  * W. A. Mann et al, ''Study of the Reaction \nu + n \rightarrow mu- + p'', Physical Review Letters, Volume 31, Number 13, 24 September 1973, 844
    4042   [[Image(ANL_flux_CCQE_1973.png, 400px, center​)]]
    41     * attachment:ANL_1973_CCQE_rescan.root
     43    * [attachment:ANL_1973_CCQE_rescan.root ROOT file]
    4244
    4345  * Barish et al., ''Study of neutrino interactions in hydrogen and deuterium: Description of the experiment and study of the reaction \nu + d \rightarrow mu- + p + p_s'', Physical Review D, Volume 16, Number 11, 1 December 1977, 3103
    … …  
    4648   * 1 horn:
    4749    [[Image(ANL_flux_CCQE_1horn_1977.png, 400px, center)]]
    48     * attachment:ANL_1977_1horn_rescan_fine.root
     50    * [attachment:ANL_1977_1horn_rescan_fine.root ROOT file]
    4951
    5052   * 2 horn:
    5153    [[Image(ANL_flux_CCQE_2horn_1977.png, 400px, center)]]
    52     * attachment:ANL_1977_2horn_rescan_fine.root
     54    * [attachment:ANL_1977_2horn_rescan_fine.root ROOT file]
    5355
    5456
    … …  
    7274   * The paper claims good data-simulation agreement, which adds credibility to the bubble chamber flux. '''However, the data presented was scaled by x1.1'''
    7375   [[Image(BNL_flux_1986.png, 400px, center)]]
    74    * attachment:BNL_1986_flux.root
     76   * [attachment:BNL_1986_flux.root ROOT file]
    7577
    7678  * Baker et al., ''Quasielastic neutrino scattering: A measurement of the weak nucleon axial-vector form factor'', Physical Review D, Volume 23, Number 11, 1 June 1981, 2499
    7779   * Comes from fitting CCQE events with MA=1.07 with not full data-set
    7880   [[Image(BNL_flux_1981.png, 400px, center)]]
    79    * attachment:BNL_CCQE_1981_rescan.root
     81   * [attachment:BNL_CCQE_1981_rescan.root ROOT file]
    8082
    8183  * K. Furuno et al., ''BNL 7-foot Bubble Chamber Experiment -- Neutrino Deuterium Interactions, Proceedings of the Second International Workshop on Neutrino-Nucleus Interactions in the Few-GeV Region (NuInt02), To be published in Nucl. Phys. B (Proc. Suppl.)'', December 12-15, 2002, UC Irvine, USA, KEK Preprint 2003-48, September 2003, II
    8284   * This is the flux which we use for BNL. It uses CCQE events with double statistics to the above and a fit with MA = 1.1 GeV to determine the incident neutrino flux.
    8385   [[Image(BNL_flux_NuInt02.png, 400px, center)]]
    84    * attachment:BNL_NuInt02_rescan.root
     86   * [attachment:BNL_NuInt02_rescan.root ROOT file]
    8587
    8688
    … …  
    103105   [[Image(BEBC_Wachsmuth_flux_table.png, 600px, center)]]
    104106   [[Image(BEBC_Wachsmuth_thesis.png, 600px, center)]]
    105     * attachment:BEBC_Wachsmuth_numu_table.root​
     107    * [attachment:BEBC_Wachsmuth_numu_table.root​ ROOT file]
    106108
    107109  * D. Allasia et al, ''Measurement of the \nu_\mu and \bar{\nu_\mu} nucleon charged-current total cross-sections and the ratio of \nu_\mu neutron to \nu_\mu proton charged-current total cross-sections'', Nuclear Physics B, 239, 301-310, 1984, North-Holland Publishing company
    … …  
    113115   * Interestingly, there is no y-axis here but the plot is described as an "event energy spectra for the CERB WBB's as measured in this experiment"
    114116   [[Image(BEBC_flux_Barlag_thesis.png, 400px, center)]]
    115    * attachment:BEBC_Barlag_nu_calc_rescan.root
     117   * [attachment:BEBC_Barlag_nu_calc_rescan.root ROOT file]
    116118
    117119
    … …  
    120122  * H. Wachsmuth, ''Neutrino and muon fluxes in the CERN 400 GeV proton beam dump experiments'', CERN libraries, CERN/EP 79-125, 18 October 1979 
    121123   * '''See above'''
    122     * attachment:BEBC_Wachsmuth_numubar_table.root​
     124    * [attachment:BEBC_Wachsmuth_numubar_table.root​ ROOT file]
    123125
    124126  * S. Barlag PhD thesis, ''Quasi-elastic interactions and one-pion production by neutrinos and anti-neutrinos on a deuterium target'', IAEA.org (haven't found publication) http://www.iaea.org/inis/collection/NCLCollectionStore/_Public/15/069/15069216.pdf, NIKHEF-H
    125127   * '''See above'''
    126    * attachment:BEBC_Barlag_anu_calc_rescan.root
     128   * [attachment:BEBC_Barlag_anu_calc_rescan.root ROOT file]
    127129
    128130----
    … …  
    137139   * Lists three different methods of getting the neutrino flux
    138140    * One is pure simulation (solid line)
    139      * attachment:FNAL_CCinc_1982_nu_pureMC.root
     141     * [attachment:FNAL_CCinc_1982_nu_pureMC.root ROOT file]
    140142    * One selects data and derives the flux (points)
    141      * attachment:FNAL_CCinc_1982_nu_data.root
     143     * [attachment:FNAL_CCinc_1982_nu_data.root ROOT file]
    142144    * One selectds data to correct the simulation (dashed line)
    143      * attachment:FNAL_CCinc_1982_nu_MCadj.root
     145     * [attachment:FNAL_CCinc_1982_nu_MCadj.root ROOT file]
    144146[[Image(FNAL_flux_1982.png, 400px, center)]]
    145147    * Without log y to see how large the data/MC difference was in low energy:
    … …  
    149151  * S. Willocq et al, ''Coherent production of single pions and \rho mesons in charged-current interactions of neutrinos and antineutrinos on neon nuclei at the Fermilab Tevatron'', Physical Review D, Volume 47, Number 7, 1 April 1993, 2661
    150152   * '''For protons of 800 GeV/c, once Fermilab had upgraded to the Tevatron. Listing here for completeness'''
    151    * attachment:FNAL_coh_1993_nu.root
     153   * [attachment:FNAL_coh_1993_nu.root ROOT file]
    152154   [[Image(FNAL_flux_calc_1993.png, 400px, center)]]
    153155
    … …  
    157159  * S. Willocq et al, ''Coherent production of single pions and \rho mesons in charged-current interactions of neutrinos and antineutrinos on neon nuclei at the Fermilab Tevatron'', Physical Review D, Volume 47, Number 7, 1 April 1993, 2661
    158160   * '''See above'''
    159    * attachment:FNAL_coh_1993_anu.root
     161   * [attachment:FNAL_coh_1993_anu.root ROOT file]
    160162
    161163----
    … …  
    169171  * W. Lerche et al, ''Experimental study of the reaction \nu p \rightarrow \mu- p \pi+'', Physics Letters, Volume 78B, Number 4, 9 October 1978, 510
    170172   * [[Image(GGM_flux_1978.png, 400px, center)]]
    171    * attachment:GGM_flux_1978_rescan.root
     173   * [attachment:GGM_flux_1978_rescan.root ROOT file]
    172174
    173175  * S. Ciampolillo et al, ''Total cross section for neutrino charged current interactions at 3 GeV and 9 GeV'', Physics Letters, Volume 84B, Number 2, 18 June 1979, 281
    174176   * Is different to above because it cut out certain interactions: set out to determine the total cross-sections at <E>=2.87 GeV and <E>=9.05 GeV
    175177   * [[Image(GGM_nu_flux_1979.png, 400px, center)]]
    176    * attachment:GGM_nu_flux_1979_rescan.root​
     178   * [attachment:GGM_nu_flux_1979_rescan.root​ ROOT file]
    177179
    178180  * S. Bonetti et al, ''Study of Quasi-Elastic Reactions of \nu and \bar{\nu} in Gargamelle'', Il Nuovo Cimento, Volume 38A, Number 3, 1 April 1977, 260
    179181   * Lacks description of the beam!
    180182   * [[Image(GGM_flux_nu_anu_1977.png, 400px, center)]]
    181    * attachment:GGM_flux_nu_anu_1977_nu_rescan.root
     183   * [attachment:GGM_flux_nu_anu_1977_nu_rescan.root ROOT file]
    182184
    183185
    … …  
    189191  * O. Erriquez et al, ''Antineutrino-nucleon total cross section and ratio of antineutrino cross section of neutrons and protons'', Physics Letters, Volume 80B, Number 3, 1 January 1979, 309
    190192   * [[Image(GGM_flux_anu_1979.png, 400px, center)]]
    191    * attachment:GGM_flux_nu_anu_1977_nu_rescan.root
     193   * [attachment:GGM_flux_nu_anu_1977_nu_rescan.root ROOT file]
    192194
    193195  * N. Armenise et al, ''Charged current elastic antineutrino interactions in propane'', Nuclear Physics B152, 365-375, 1979, North-Holland Publishing Company
    194196   * Same as above
    195197   * [[Image(GGM_flux_anu_CCQE_1979.png, 400px, center)]]
    196    * attachment:GGM_flux_anu_1979_rescan.root​
     198   * [attachment:GGM_flux_anu_1979_rescan.root​ ROOT file]
    197199
    198200  * S. Bonetti et al, ''Study of Quasi-Elastic Reactions of \nu and \bar{\nu} in Gargamelle'', Il Nuovo Cimento, Volume 38A, Number 3, 1 April 1977, 260
    199201   * Same as the neutrino-mode reference
    200202   * [[Image(GGM_flux_nu_anu_1977.png, 400px, center)]]
    201    * attachment:GGM_flux_anu_CCQE_1979_rescan.root
     203   * [attachment:GGM_flux_anu_CCQE_1979_rescan.root ROOT file]
    202204
    203205----
    … …  
    215217   * From calculation
    216218   * [[Image(SKAT_nu_anu_flux_1985.png, 400px, center)]]
    217    * attachment:SKAT_1985_nu_anu_nu_rescan.root​
     219   * [attachment:SKAT_1985_nu_anu_nu_rescan.root​ ROOT file]
    218220
    219221  * D.S. Baranov et al, ''Measurement of the \nu_\muN total cross section at 2--30 GeV in a SKAT neutrino experiment'', Physics Letters, Volume 81B, Number 2, 12 February 1979, 255
    220222   * From calculation
    221223   * [[Image(SKAT_flux_1979.png, 400px, center)]]
    222    * attachment:SKAT_flux_1979_rescan.root
     224   * [attachment:SKAT_flux_1979_rescan.root ROOT file]
    223225
    224226=== Anti-neutrino ===
    … …  
    226228   * From calculation, same as neutrino reference
    227229   * [[Image(SKAT_nu_anu_flux_1985.png, 400px, center)]]
    228    * attachment:SKAT_1985_nu_anu_anu_rescan.root
     230   * [attachment:SKAT_1985_nu_anu_anu_rescan.root ROOT file]
    229231
    230232
    … …  
    274276
    275277==== CCQE 2014 ====
    276  * attachment:MINERvA_CCQE_nu_2014_flux.root​
     278 * [attachment:MINERvA_CCQE_nu_2014_flux.root​ ROOT file]
    277279
    278280==== Target ratios (C Fe Pb CH) 2014 ====
    279  * attachment:MINERvA_C_Fe_Pb_CH_nu_2014_flux.root
     281 * [attachment:MINERvA_C_Fe_Pb_CH_nu_2014_flux.root ROOT file]
    280282
    281283==== CC coherent 2014 ====
    282  * attachment:MINERvA_cccoh_nu_flux.root​
     284 * [attachment:MINERvA_cccoh_nu_flux.root​ ROOT file]
    283285
    284286==== CC1pi+/CCNpi+ 2014/2015 ====
    285  * attachment:MINERvA_cc1pip_nu_2015_flux.root​
     287 * [attachment:MINERvA_cc1pip_nu_2015_flux.root​ ROOT file]
    286288
    287289==== CCinc q0q3 2015 ====
    288  * attachment:MINERvA_CCinc_q0q3_nu_2015_flux.root
     290 * [attachment:MINERvA_CCinc_q0q3_nu_2015_flux.root ROOT file]
    289291
    290292==== CCQE(like) 2015 ====
    291  * attachment:MINERvA_CCQElike_nu_2015_flux.root
     293 * [attachment:MINERvA_CCQElike_nu_2015_flux.root ROOT file]
    292294
    293295==== K+ coherent 2016 ====
    294  * attachment:MINERvA_Kcoh_nu_2016_flux.root
     296 * [attachment:MINERvA_Kcoh_nu_2016_flux.root ROOT file]
    295297
    296298==== CCNpi+ 2016 ====
    297  * attachment:MINERvA_cc1pip_nu_2016_flux.root​
     299 * [attachment:MINERvA_cc1pip_nu_2016_flux.root​ ROOT file]
    298300
    299301==== Generic NuMI beam 2016 ====
    300  * attachment:MINERvA_numuFHC_nu_2016_flux.root​
     302 * [attachment:MINERvA_numuFHC_nu_2016_flux.root​ ROOT file]
    301303
    302304=== Muon anti-neutrino ===
    … …  
    308310 [[Image(MINERvA_antineutrino_fluxes_shape.png, 600px, center)]]
    309311
    310  * Same recommendation as previously, use the official NuMI flux attachment:MINERvA_numubarRHC_anu_2016_flux.root​
     312 * Same recommendation as previously, use the official NuMI flux [attachment:MINERvA_numubarRHC_anu_2016_flux.root​ ROOT file]
    311313
    312314==== CC coherent anti-neutrino 2013/2014 ====
    313  * attachment:MINERvA_cccoh_anu_flux.root​
     315 * [attachment:MINERvA_cccoh_anu_flux.root​ ROOT file]
    314316
    315317==== CCQE anti-neutrino 2014 ====
    316  * attachment:MINERvA_CCQE_anu_2014_flux.root​
     318 * [attachment:MINERvA_CCQE_anu_2014_flux.root​ ROOT file]
    317319
    318320==== CC1pi0 anti-neutrino 2015 ====
    319  * attachment:MINERvA_cc1pi0_anu_2015_flux.root​
     321 * [attachment:MINERvA_cc1pi0_anu_2015_flux.root​ ROOT file]
    320322
    321323==== CC1pi0 anti-neutrino 2016 ====
    322  * attachment:MINERvA_cc1pi0_anu_2016_flux.root
     324 * [attachment:MINERvA_cc1pi0_anu_2016_flux.root ROOT file]
    323325
    324326==== Generic NuMI beam anti-neutrino 2016 ====
    325  * attachment:MINERvA_numubarRHC_anu_2016_flux.root​
     327 * [attachment:MINERvA_numubarRHC_anu_2016_flux.root​ ROOT file]
    326328
    327329=== Electron neutrino ===
    328330
    329331==== Generic NuMI beam neutrino 2016 ====
    330  * attachment:MINERvA_nueFHC_nue_2016_flux.root
     332 * [attachment:MINERvA_nueFHC_nue_2016_flux.root ROOT file]
    331333
    332334=== Electron anti-neutrino ===
    333335
    334336==== Generic NuMI beam neutrino 2016 ====
    335 * attachment:MINERvA_nuebarRHC_nuebar_2016_flux.root
     337* [attachment:MINERvA_nuebarRHC_nuebar_2016_flux.root ROOT file]
    336338
    337339----
    … …  
    340342 There seems to be only one available flux for K2K, listed below
    341343
    342  * attachment:K2K_flux.root
     344 * [attachment:K2K_flux.root ROOT file]
    343345
    344346