View source for HRRL Pos Test 27Jul2012 Data Ana 2 MeV

= 2 MeV =

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|  run#  || Positron Energy ||T1 || Positron to Electron Ratio
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|  3719  ||  2 MeV  || in || <math>{R}_{2MeV,in,1} = ( 4.0 \pm 1.4 )\times 10^{-16} </math>
|-
|  3720  ||  2 MeV  || in || <math>{R}_{2MeV,in,2} = ( 6.8 \pm 1.9 )\times 10^{-16} </math>
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|  3721  ||  2 MeV  || out || <math>{R}_{2MeV,out,1} = ( 3.7 \pm 3.7 )\times 10^{-17} </math>
|-
|  3722  ||  2 MeV  || in || <math>{R}_{2MeV,in,3} = ( 8.6 \pm 1.9 )\times 10^{-16} </math>
|-
|  3724  ||  2 MeV  || in || <math>{R}_{2MeV,in,4} = ( 9.3 \pm 2.1 )\times 10^{-16} </math>
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|  3725  ||  2 MeV  || out || <math>{R}_{2MeV,out,2} = ( 2.4 \pm 2.8 )\times 10^{-17} </math>
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|Average for T2 in||  2 MeV  ||  in || <math>{\bar R}_{2MeV,in} = ( 7.2 \pm 2.4 )\times 10^{-16} </math>
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|Average for T2 out||  2 MeV  ||  out || <math>{\bar R}_{2MeV,out} = ( 3.1 \pm 0.9 )\times 10^{-17} </math>
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|Average for in subtract out ||  2 MeV  ||  out || <math>{R}_{2MeV} = ( 6.9 \pm 2.4 )\times 10^{-16} </math>
|}