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Measurement of charged particle production from 450-GeV/c protons on beryllium.

The NA56/SPY collaboration Ambrosini, G. ; Arsenescu, R. ; Bernier, K. ; et al.

Eur.Phys.J.C 10 (1999) 605-627, 1999.

https://inspirehep.net/literature/499058 Inspire Record 499058 DOI 10.17182/hepdata.49181 https://doi.org/10.17182/hepdata.49181

This paper presents the results on charged particle yields and production ratios as measured by the NA56/SPY experiment for 450 GeV/c proton interactions on beryllium targets. The data cover a seconda

34 data tables

Table 1

Positive particle yield from the 100mm Be target. Data are corrected for the pion or proton flux coming from strange particle decays.

Table 2

Negative particle yield from the 100mm Be target. Data are corrected for the pion or antiproton flux coming from strange particle decays.

Table 3

Positive particle yield from the 100mm Be target. Data are NOT corrected for the pion or proton flux coming from strange particle decays.

Table 4

Negative particle yield from the 100mm Be target. Data are NOT corrected for the pion or antiproton flux coming from strange particle decays.

Table 5

Ratio of kaon to pion production with the 100mm Be target. Data are corrected for the pion flux from strange particle decays.

Table 6

Ratio of kaon to pion production with the 100mm Be target. Data are NOT corrected for the pion flux from strange particle decays.

Table 7

Ratio of kaon to proton or antiproton production with the 100mm Be target. Data are corrected for the proton or antiproton flux from strange particle decays.

Table 8

Ratio of kaon to proton or antiproton production with the 100mm Be target. Data are NOT corrected for the proton or antiproton flux from strange particle decays.

Table 9

Ratio of pion to proton or antiproton production with the 100mm Be target. Data are corrected for the pion, proton or antiproton flux from strange particledecays.

Table 10

Ratio of pion to proton or antiproton production with the 100mm Be target. Data are NOT corrected for the pion, proton or antiproton flux from strange particle decays.

Table 11

Positive pion yields with the 100mm Be target as a function of transverse momentum. Data are corrected for the pion flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 12

Negative pion yields with the 100mm Be target as a function of transverse momentum. Data are corrected for the pion flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 13

Positive pion yields with the 100mm Be target as a function of transverse momentum. Data are NOT corrected for the pion flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 14

Negative pion yields with the 100mm Be target as a function of transverse momentum. Data are NOT corrected for the pion flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 15

Positive kaon yields with the 100mm Be target as a function of transverse momentum. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 16

Negative kaon yields with the 100mm Be target as a function of transverse momentum. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 17

Proton yields with the 100mm Be target as a function of transverse momentum. Data are corrected for the proton flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 18

Antiproton yields with the 100mm Be target as a function of transverse momentum. Data are corrected for the antiproton flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 19

Proton yields with the 100mm Be target as a function of transverse momentum. Data are NOT corrected for the proton flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 20

Antiproton yields with the 100mm Be target as a function of transverse momentum. Data are NOT corrected for the antiproton flux coming from strange particle decays. Additional systematic error of 10 PCT (5 PCT) at PLAB = 15 GeV (40 GeV).

Table 21

Ratio of positive kaon to pion yields with the 100mm Be target as a function of the transverse momentum. Data are corrected for the pion flux coming from strange particle decays. Additional systematic error of 1.3 PCT (1.1 PCT) at PLAB = 15 GeV (40 GeV).

Table 22

Ratio of negative kaon to pion yields with the 100mm Be target as a function of the transverse momentum. Data are corrected for the pion flux coming from strange particle decays. Additional systematic error of 1.3 PCT (1.1 PCT) at PLAB = 15 GeV (40 GeV).

Table 23

Ratio of positive kaon to pion yields with the 100mm Be target as a function of the transverse momentum. Data are NOT corrected for the pion flux coming from strange particle decays. Additional systematic error of 1.3 PCT (1.1 PCT) at PLAB = 15 GeV (40 GeV).

Table 24

Ratio of negative kaon to pion yields with the 100mm Be target as a function of the transverse momentum. Data are NOT corrected for the pion flux coming from strange particle decays. Additional systematic error of 1.3 PCT (1.1 PCT) at PLAB = 15 GeV (40 GeV).

Table 25

Ratio of the positive kaon to proton yields with the 100mm Be target as a function of the transverse momentum. Data are corrected for the proton flux coming from strange particle decays. Additional systematic error of 1.7 PCT (1.5 PCT) at PLAB = 15 GeV (40 GeV).

Table 26

Ratio of the negative kaon to antiproton yields with the 100mm Be target asa function of the transverse momentum. Data are corrected for the antiproton fl ux coming from strange particle decays. Additional systematic error of 1.7 PCT (1.5 PCT) at PLAB = 15 GeV (40 GeV).

Table 27

Ratio of the positive kaon to proton yields with the 100mm Be target as a function of the transverse momentum. Data are NOT corrected for the proton flux coming from strange particle decays. Additional systematic error of 1.7 PCT (1.5 PCT) at PLAB = 15 GeV (40 GeV).

Table 28

Ratio of the negative kaon to antiproton yields with the 100mm Be target asa function of the transverse momentum. Data are NOT corrected for the antiproto n flux coming from strange particle decays. Additional systematic error of 1.7 PCT (1.5 PCT) at PLAB = 15 GeV (40 GeV).

Table 29

Ratio of the proton to positive pion yields with the 100mm Be target as a function of the transverse momentum. Data are corrected for the pion and proton flux coming from strange particle decays. Additional systematic error of 1.1 PCT.

Table 30

Ratio of the antiproton to negative pion yields with the 100mm Be target asa function of the transverse momentum. Data are corrected for the pion and anti proton flux coming from strange particle decays. Additional systematic error of 1.1 PCT.

Table 31

Ratio of the proton to positive pion yields with the 100mm Be target as a function of the transverse momentum. Data are NOT corrected for the pion and proton flux coming from strange particle decays. Additional systematic error of 1.1 PCT.

Table 32

Ratio of the antiproton to negative pion yields with the 100mm Be target asa function of the transverse momentum. Data are NOT corrected for the pion and antiproton flux coming from strange particle decays. Additional systematic error of 1.1 PCT.

Table 33

Yields from a 200mm Be target relative to the 100mm Be target. The quoted error includes statistical and systematic uncertainties.

Table 34

Yields from a 300mm Be target relative to the 100mm Be target. The quoted error includes statistical and systematic uncertainties.

More…

Low-momentum antiproton production at the CERN Proton Synchrotron

Kalmus, P.I.P. ; Eisenhandler, E. ; Gibson, W.R ; et al.

CERN-71-25, 1971.

https://inspirehep.net/literature/69690 Inspire Record 69690 DOI 10.17182/hepdata.50029 https://doi.org/10.17182/hepdata.50029

None

2 data tables

Table 1

proton-beryllium TOTAL cross section ( 278 mb ) was used for normalization.

Table 2

Proton-beryllium TOTAL (???) cross section ( 278 mb ) was used for normalization.