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High-statistics study of eta pi0 production in two-photon collisions

The collaboration
Phys.Rev.D 80 (2009) 032001, 2009.

Abstract (data abstract)
KEK-KEKB Collider. Measurement of the differential and total cross sections for ETA PI0 production in two-photon collisions in the W range 0.84 to 4.0 GeV and range of absolute (COS(THETA *)) less than 0.8. The data sample comes from 223 fb-1 of E+ E- interactions around the Upsilon region.. Numerical values supplied by S. Uehara.

• #### Table 1

Data from F 9

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The total cross section integrated over ABS(COS(THETA*)) < 0.8.

• #### Table 2

Data from F 8,14

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The differential cross section as a function of angle for W = 0.85 GeV.

• #### Table 3

Data from F 8,14

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The differential cross section as a function of angle for W = 0.87 GeV.

• #### Table 4

Data from F 8,14

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The differential cross section as a function of angle for W = 0.89 GeV.

• #### Table 5

Data from F 8,14

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The differential cross section as a function of angle for W = 0.91 GeV.

• #### Table 6

Data from F 8,14

10.17182/hepdata.53739.v1/t6

The differential cross section as a function of angle for W = 0.93 GeV.

• #### Table 7

Data from F 8,14

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The differential cross section as a function of angle for W = 0.95 GeV.

• #### Table 8

Data from F 8,14

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The differential cross section as a function of angle for W = 0.97 GeV.

• #### Table 9

Data from F 8,14

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The differential cross section as a function of angle for W = 0.99 GeV.

• #### Table 10

Data from F 8,14

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The differential cross section as a function of angle for W = 1.01 GeV.

• #### Table 11

Data from F 8,14

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The differential cross section as a function of angle for W = 1.03 GeV.

• #### Table 12

Data from F 8,14

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The differential cross section as a function of angle for W = 1.05 GeV.

• #### Table 13

Data from F 8,14

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The differential cross section as a function of angle for W = 1.07 GeV.

• #### Table 14

Data from F 8,14

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The differential cross section as a function of angle for W = 1.09 GeV.

• #### Table 15

Data from F 8,14

10.17182/hepdata.53739.v1/t15

The differential cross section as a function of angle for W = 1.11 GeV.

• #### Table 16

Data from F 8,14

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The differential cross section as a function of angle for W = 1.13 GeV.

• #### Table 17

Data from F 8,14

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The differential cross section as a function of angle for W = 1.15 GeV.

• #### Table 18

Data from F 8,14

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The differential cross section as a function of angle for W = 1.17 GeV.

• #### Table 19

Data from F 8,14

10.17182/hepdata.53739.v1/t19

The differential cross section as a function of angle for W = 1.19 GeV.

• #### Table 20

Data from F 8,14

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The differential cross section as a function of angle for W = 1.21 GeV.

• #### Table 21

Data from F 8,14

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The differential cross section as a function of angle for W = 1.23 GeV.

• #### Table 22

Data from F 8,14

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The differential cross section as a function of angle for W = 1.25 GeV.

• #### Table 23

Data from F 8,14

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The differential cross section as a function of angle for W = 1.27 GeV.

• #### Table 24

Data from F 8,14

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The differential cross section as a function of angle for W = 1.29 GeV.

• #### Table 25

Data from F 8,14

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The differential cross section as a function of angle for W = 1.31 GeV.

• #### Table 26

Data from F 8,14

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The differential cross section as a function of angle for W = 1.33 GeV.

• #### Table 27

Data from F 8,14

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The differential cross section as a function of angle for W = 1.35 GeV.

• #### Table 28

Data from F 8,14

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The differential cross section as a function of angle for W = 1.37 GeV.

• #### Table 29

Data from F 8,14

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The differential cross section as a function of angle for W = 1.39 GeV.

• #### Table 30

Data from F 8,14

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The differential cross section as a function of angle for W = 1.41 GeV.

• #### Table 31

Data from F 8,14

10.17182/hepdata.53739.v1/t31

The differential cross section as a function of angle for W = 1.43 GeV.

• #### Table 32

Data from F 8,14

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The differential cross section as a function of angle for W = 1.45 GeV.

• #### Table 33

Data from F 8,14

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The differential cross section as a function of angle for W = 1.47 GeV.

• #### Table 34

Data from F 8,14

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The differential cross section as a function of angle for W = 1.49 GeV.

• #### Table 35

Data from F 8,14

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The differential cross section as a function of angle for W = 1.51 GeV.

• #### Table 36

Data from F 8,14

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The differential cross section as a function of angle for W = 1.53 GeV.

• #### Table 37

Data from F 8,14

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The differential cross section as a function of angle for W = 1.55 GeV.

• #### Table 38

Data from F 8,14

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The differential cross section as a function of angle for W = 1.57 GeV.

• #### Table 39

Data from F 8,14

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The differential cross section as a function of angle for W = 1.59 GeV.

• #### Table 40

Data from F 8,14

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The differential cross section as a function of angle for W = 1.62 GeV.

• #### Table 41

Data from F 8,14

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The differential cross section as a function of angle for W = 1.66 GeV.

• #### Table 42

Data from F 8,14

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The differential cross section as a function of angle for W = 1.70 GeV.

• #### Table 43

Data from F 8,14

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The differential cross section as a function of angle for W = 1.74 GeV.

• #### Table 44

Data from F 8,14

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The differential cross section as a function of angle for W = 1.78 GeV.

• #### Table 45

Data from F 8,14

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The differential cross section as a function of angle for W = 1.82 GeV.

• #### Table 46

Data from F 8,14

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The differential cross section as a function of angle for W = 1.86 GeV.

• #### Table 47

Data from F 8,14

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The differential cross section as a function of angle for W = 1.90 GeV.

• #### Table 48

Data from F 8,14

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The differential cross section as a function of angle for W = 1.94 GeV.

• #### Table 49

Data from F 8,14

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The differential cross section as a function of angle for W = 1.98 GeV.

• #### Table 50

Data from F 8,14

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The differential cross section as a function of angle for W = 2.02 GeV.

• #### Table 51

Data from F 8,14

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The differential cross section as a function of angle for W = 2.06 GeV.

• #### Table 52

Data from F 8,14

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The differential cross section as a function of angle for W = 2.10 GeV.

• #### Table 53

Data from F 8,14

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The differential cross section as a function of angle for W = 2.14 GeV.

• #### Table 54

Data from F 8,14

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The differential cross section as a function of angle for W = 2.18 GeV.

• #### Table 55

Data from F 8,14

10.17182/hepdata.53739.v1/t55

The differential cross section as a function of angle for W = 2.22 GeV.

• #### Table 56

Data from F 8,14

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The differential cross section as a function of angle for W = 2.26 GeV.

• #### Table 57

Data from F 8,14

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The differential cross section as a function of angle for W = 2.30 GeV.

• #### Table 58

Data from F 8,14

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The differential cross section as a function of angle for W = 2.34 GeV.

• #### Table 59

Data from F 8,14

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The differential cross section as a function of angle for W = 2.38 GeV.

• #### Table 60

Data from F 8,14

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The differential cross section as a function of angle for W = 2.45 GeV.

• #### Table 61

Data from F 8,14

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The differential cross section as a function of angle for W = 2.55 GeV.

• #### Table 62

Data from F 8,14

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The differential cross section as a function of angle for W = 2.65 GeV.

• #### Table 63

Data from F 8,14

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The differential cross section as a function of angle for W = 2.75 GeV.

• #### Table 64

Data from F 8,14

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The differential cross section as a function of angle for W = 2.85 GeV.

• #### Table 65

Data from F 8,14

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The differential cross section as a function of angle for W = 2.95 GeV.

• #### Table 66

Data from F 8,14

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The differential cross section as a function of angle for W = 3.05 GeV.

• #### Table 67

Data from F 8,14

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The differential cross section as a function of angle for W = 3.15 GeV.

• #### Table 68

Data from F 8,14

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The differential cross section as a function of angle for W = 3.25 GeV.

• #### Table 69

Data from F 8,14

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The differential cross section as a function of angle for W = 3.35 GeV.

• #### Table 70

Data from F 8,14

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The differential cross section as a function of angle for W = 3.45 GeV.

• #### Table 71

Data from F 8,14

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The differential cross section as a function of angle for W = 3.55 GeV.

• #### Table 72

Data from F 8,14

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The differential cross section as a function of angle for W = 3.65 GeV.

• #### Table 73

Data from F 8,14

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The differential cross section as a function of angle for W = 3.75 GeV.

• #### Table 74

Data from F 8,14

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The differential cross section as a function of angle for W = 3.85 GeV.

• #### Table 75

Data from F 8,14

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The differential cross section as a function of angle for W = 3.95 GeV.