HRRL Pos Test 27Jul2012 Data Ana 1 MeV - Revision history

Setisadi at 00:06, 11 October 2012

2012-10-11T00:06:39Z

2012-10-10T23:59:11Z

2012-10-10T23:54:16Z

2012-10-10T23:50:00Z

2012-10-10T23:49:49Z

2012-10-10T23:47:24Z

2012-10-10T23:45:12Z

2012-10-10T23:43:08Z

2012-10-10T23:41:07Z

2012-09-10T07:23:38Z

@@ Line 19: / Line 19: @@
 |  3731  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( 3.1 \pm 3.4 )\times 10^{-17} </math>
 |-
-|Average for T2 in||  1 MeV  ||  signal |||| <math>{\bar R}_{1MeV,sg} = (  \pm  )\times 10^{-16} </math>
+|Average for T2 in||  1 MeV  ||  signal |||| <math>{\bar R}_{1MeV,sg} = ( 2.3 \pm 0.9 )\times 10^{-16} </math>
 |-
-|Average for T2 out||  1 MeV  ||background|| || <math>{\bar R}_{1MeV,bg} = (  \pm  )\times 10^{-17} </math>
+|Average for T2 out||  1 MeV  ||background|| || <math>{\bar R}_{1MeV,bg} = ( 3.6 \pm 0.4 )\times 10^{-17} </math>
 |-
-|Average for in subtract out ||  1 MeV  ||  out || ||  <math>{R}_{1MeV} = (  \pm  )\times 10^{-16} </math>
+|Average for in subtract out ||  1 MeV  ||  out || ||  <math>{R}_{1MeV} = ( 1.9 \pm 0.9 )\times 10^{-16} </math>
 |}

@@ Line 17: / Line 17: @@
 |  3730  ||  1 MeV  || in || out ||<math>{R}_{1MeV,in,1} = ( 1.6 \pm 0.9 )\times 10^{-16} </math>
 |-
-|  3731  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( 3.1 \pm 3.4 )\times 10^{-16} </math>
+|  3731  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( 3.1 \pm 3.4 )\times 10^{-17} </math>
 |-
 |Average for T2 in||  1 MeV  ||  signal |||| <math>{\bar R}_{1MeV,sg} = (  \pm  )\times 10^{-16} </math>

@@ Line 9: / Line 9: @@
 |  run#  || Positron Energy ||T1 || Sweeping Magnet || Positron to Electron Ratio
 |-
-|  3727  ||  1 MeV  || in || in ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3727  ||  1 MeV  || in || in ||<math>{R}_{1MeV,in,1} = ( 3.7 \pm 3.9 )\times 10^{-17} </math>
 |-
-|  3728  ||  1 MeV  || in || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3728  ||  1 MeV  || in || out ||<math>{R}_{1MeV,in,1} = ( 2.9 \pm 1.2 )\times 10^{-16} </math>
 |-
-|  3729  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3729  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( 3.9 \pm 4.0 )\times 10^{-17} </math>
 |-
-|  3730  ||  1 MeV  || in || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3730  ||  1 MeV  || in || out ||<math>{R}_{1MeV,in,1} = ( 1.6 \pm 0.9 )\times 10^{-16} </math>
 |-
-|  3731  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3731  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( 3.1 \pm 3.4 )\times 10^{-16} </math>
 |-
 |Average for T2 in||  1 MeV  ||  signal |||| <math>{\bar R}_{1MeV,sg} = (  \pm  )\times 10^{-16} </math>

@@ Line 23: / Line 23: @@
 |Average for T2 out||  1 MeV  ||background|| || <math>{\bar R}_{1MeV,bg} = (  \pm  )\times 10^{-17} </math>
 |-
-|Average for in subtract out ||  1 MeV  ||  out || <math>{R}_{1MeV} = (  \pm  )\times 10^{-16} </math>
+|Average for in subtract out ||  1 MeV  ||  out || ||  <math>{R}_{1MeV} = (  \pm  )\times 10^{-16} </math>
 |}

@@ Line 19: / Line 19: @@
 |  3731  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
 |-
-|Average for T2 in||  1 MeV  ||  in || <math>{\bar R}_{1MeV,in} = (  \pm  )\times 10^{-16} </math>
+|Average for T2 in||  1 MeV  ||  signal |||| <math>{\bar R}_{1MeV,sg} = (  \pm  )\times 10^{-16} </math>
 |-
-|Average for T2 out||  1 MeV  ||  out || <math>{\bar R}_{1MeV,out} = (  \pm  )\times 10^{-17} </math>
+|Average for T2 out||  1 MeV  ||background|| || <math>{\bar R}_{1MeV,bg} = (  \pm  )\times 10^{-17} </math>
 |-
 |Average for in subtract out ||  1 MeV  ||  out || <math>{R}_{1MeV} = (  \pm  )\times 10^{-16} </math>

@@ Line 7: / Line 7: @@
 {| border="1"  |cellpadding="20" cellspacing="0
 |-
-|  run#  || Positron Energy ||T1 || Positron to Electron Ratio
+|  run#  || Positron Energy ||T1 || Sweeping Magnet || Positron to Electron Ratio
 |-
-|  3727  ||  1 MeV  || in || <math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3727  ||  1 MeV  || in || in ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
 |-
-|  3728  ||  1 MeV  || in || <math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3728  ||  1 MeV  || in || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
 |-
-|  3729  ||  1 MeV  || in || <math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
+|  3729  ||  1 MeV  || out || out ||<math>{R}_{1MeV,in,1} = ( \pm  )\times 10^{-16} </math>
 |-
 |Average for T2 in||  1 MeV  ||  in || <math>{\bar R}_{1MeV,in} = (  \pm  )\times 10^{-16} </math>

@@ Line 1: / Line 1: @@
 {| border="1"
 |-
 |run in||run out || NaI Left: in sub out || NaI Right: in sub out|| NaI Left: overlap in and out || NaI Right: overlap in and out ||e- rate (Hz)||e+ rate (Hz)||e+/e+ ratop || e- current (A)
 |-
@@ Line 11: / Line 28: @@
 [[https://wiki.iac.isu.edu/index.php/Beam_Test_Jul_27_2012 go back]]

← Older revision		Revision as of 07:23, 10 September 2012
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		+	{\| border="1"
		+	\|-
		+	\|run in\|\|run out \|\| NaI Left: in sub out \|\| NaI Right: in sub out\|\| NaI Left: overlap in and out \|\| NaI Right: overlap in and out \|\|e- rate (Hz)\|\|e+ rate (Hz)\|\|e+/e+ ratop \|\| e- current (A)
		+	\|-


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		+
		+
		+	\|}


	[[https://wiki.iac.isu.edu/index.php/Beam_Test_Jul_27_2012 go back]]		[[https://wiki.iac.isu.edu/index.php/Beam_Test_Jul_27_2012 go back]]