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    User name a-onl

    Log entry time 06:27:24 on December 21, 2010

    Entry number 345423

    keyword=End_of_Run_9835
    ****************************
     Run Number: 9835
     End of Run Comment:
    Run_type=Production,target_type=LH2,beam_e0=5.5,beam_raster=off,beam_current=3.5,leftarm_p=2.962,leftarm_theta=18.78,leftarm_sieve=out,calo_theta=17.25,calo_distance=1.1,comment_text=Production on LH2 - running on adaql2
     
    
    PRESCALE FACTORS:ps1=0   ps2=0   ps3=0   ps4=0   ps5=1   ps6=0   ps7=0   ps8=0   ps9=0   
    
    NUM Trig 10   : 1816999      
    Num Trig 5  (usually num EVENTS) : 3736851      
    TIME     : 59.572 mins  
    
    DVCS deadtime correction = 1 - (T5/(T10+T7))   
    DEAD TIME:  51.38%      
    
    TRIGGER RATES:   PRES/REAL
    T1: 0.0/5926.6 Hz   T2: 0.0/2608.4 Hz   T3: 0.0/845.4 Hz   T4: 0.0/24.1 Hz   T5:260.7/260.7 Hz   T6: 0.0/508.4 Hz   T7: 0.0/11.4 Hz   T8: 0.0/1024.0 Hz   
    
    TRIGGER TOTALS:   PRES/REAL
    T1:      0/21183497  T2:      0/9323311  T3:      0/3021604  T4:      0/86087    T5: 931831/931831   T6:      0/1816999  T7:      0/40910    T8:      0/3660082  
    
    AVERAGE CURRENT
    BCM x1 : 3.1617 uA  BCM x3 : 3.1548 uA  BCM x10: 3.1608 uA  
    
     Test of Helicity gates
    Time diff of helicity to nonhelicity times  =        -0.03853 seconds
    
    
    APPROXIMATE CURRENT ASYMMETRIES
    BCM u1 :     37.3 ppm     BCM u3 :    6.577 ppm     BCM u10:    8.002 ppm     
    BCM d1 :    13.61 ppm     BCM d3 :    18.22 ppm     BCM d10:    7.925 ppm     
    
    APPROXIMATE BCM CHARGES (C)
    BCM u1 : 0.01154        BCM u3 : 0.01152        BCM u10: 0.01155        
    
    BCM d1 : 0.01106        BCM d3 : 0.01103        BCM d10: 0.01105        
    
    
    
    ****************************
    End-of-run EPICS data for Run Number 9835 at Tue Dec 21 03:25:42 EST 2010
    
    Left Arm Top VDC Current : 5.76172
    Left Arm Bottom VDC Current : 0.341797
    Left Arm Top VDC voltage : 3.99707
    Left Arm Bottom VDC voltage : 4.00098
    -----
    Right Arm Top VDC Current : -1.66016
    Right Arm Bottom VDC Current : -1.61133
    Right Arm Top VDC voltage : -0.0136719
    Right Arm Bottom VDC voltage : -0.0131836
    -----
    Left Arm Q1 momentum : 2.96198
    Left Arm Q1 power supply : 2228.44
    Left Arm Q1 gauss meter : -0.18737
    Left Arm Q2 gauss meter : 0.67
    Left Arm Q2 power supply current : 1275.55
    Left Arm Q2 momentum : 2.9623
    Left Arm Q2 power supply polarity : disabled
    Left Arm D1 power supply current : 1032.49
    Left Arm D1 momentum : 2.96203
    Left Arm D1 NMR : 1.09675
    Left Arm arm angle : 18.7801
    Left Arm Q3 gauss meter : -0.59517
    Left Arm Q3 power supply current : 1179.04
    Left Arm Q3 momentum : 2.96156
    Left Arm Q3 power supply polarity : disabled
    -----
    Average current of the two cavities : 3.468
    Current on Unser monitor : -3.11452
    Current on Upstream bcm : 3.52112
    Current on Downstream bcm : 3.41487
    Upstream Cavity Coefficient : 54.23
    Downstream Cavity Coefficient : 47.3
    Current on IBC0L02 (source) :
    Hall C Current :
    MBSY1c magnet current (amp) : 232.427
    MBSY1c Bdl : 1.38798e+06
    Hall A momentum (Tiefenbach) (HALLA:p) :
    Hall A momentum orbit correction (dpp) : -1.38114e-05
    Hall A setup momentum (MMSHLAE) : 5551.76
    Hall A energy (halla_MeV) : 5550.48
    Hall C energy (hallc_MeV) : 1159.61
    Delta(E)/E width (MV_AI_DXWID) :
    IPM1C12.XPOS :
    IPM1H04A.XPOS : -0.0181921
    IPM1H04A.YPOS :
    IPM1H04B.XPOS :
    IPM1H04B.YPOS : -0.000825346
    -----
    HacL_HPE1313A:0_Ch58 : -0.243652
    HacL_HPE1313A:0_Ch55 :
    HacL_HPE1313A:0_Ch54 : -0.12207
    Left Arm Angle Vernier : -7.1
    Left Arm Scattering Angle : 18.7801
    Left VDC -DISC LVL Top : 3.90088
    Left VDC -DISC LVL Bottom : 3.96973
    Left VDC -DISC LVL Voltage1 : 4.96729
    Left VDC -DISC LVL Voltage2 :
    -----
    Wien angle (Vertical) : 87.0992
    Wien Vertical BDL (Gcm) : 2547
    Wien HV Polarity : POSITIVE
    Wien electrode Voltage : 0
    Wien angle (Solenoids) : 88.5584
    Wien BDL (First Solenoid) (Gcm) : 982.89
    Wien BDL (Second Solenoid) (Gcm) : 982.89
    Wien angle (Horizontal) : -63.2018
    Wien BDL (Gcm) : -1821.5
    Wien HV Polarity (Horizontal) : NEGATIVE
    Wien electrode Voltage (Horizontal) : 0
    Laser attenuation Hall A : 75
    Laser power Hall A : 100
    Half-wave plate (off=out) : OUT
    rotating waveplate : 2500
    Beam Half-wave plate (off=out) : OUT
    -----
    Helicity Delay Set : 8 windows
    Helicity Pattern Set : Quartet
    Helicity Clock Set : Free Clock
    Helicity Settle Read : 70
    Helicity Stable Read : 971.65
    Helicity Delay Read : 8 windows
    Helicity Pattern : Quartet
    Helicity Clock Read : Free Clock
    Helicity Frequency : 960.015
    -----
    Target : L2 15 cm
    fan frequency loop 1 : 23.5
    fan frequency loop 2 : 45.5
    fan frequency loop 3 : 0
    Encoder position : 2.38089e+07
    Target type : 2.38089e+07
    temperature loop 1(1) : 22.66
    temperature loop 1(2) : 119.99
    temperature loop 1(3) : 22.4
    Heat exchange loop 1 D2 : 25
    temperature loop 2(1) : 19
    temperature loop 2(2) : 95.14
    temperature loop 2(3) : 119.99
    Heat exchange loop 2 LH2 : 19.1
    temperature loop 3(1) : 0
    temperature loop 3(2) : 0
    temperature loop 3(3) : 0
    Heat exchange loop 3 H2 : 302.1
    pressure loop He : haHe3_P_Fill_Target_R --- Invalid channel name
    pressure loop H2 before : 23.4394
    pressure loop H2 return : 21.9745
    pressure loop D2 before : 23.2242
    pressure loop D2 return : 21.0651
    HPH loop 1 : 0.0970926
    HPH loop 2 : 71.9731
    HPH loop 3 : 0.00293052
    
    
    === DVCS Calorimeter ===
    recording at Tue Dec 21 06:27:16 EST 2010
    Measured HV voltages
      0 :   -495   -515   -494   -537   -515   -520   -588   -482   -516   -538   -489   -476   -526 
      1 :   -528   -512   -538   -472   -509   -469   -458   -486   -453   -484   -479   -473   -463 
      2 :   -546   -536   -518   -478   -488   -479   -501   -470   -472   -502   -502   -493   -525 
      3 :   -542   -483   -478   -444   -466   -450   -468   -456   -487   -479   -486   -495   -471 
      4 :   -576   -525   -524   -466   -469   -566   -500   -473   -473   -489   -488   -480   -518 
      5 :   -569   -467   -492   -529   -479   -522   -484   -442   -475   -467   -445   -528   -490 
      6 :   -565   -520   -529   -509   -500   -470   -509   -510   -518   -470   -454   -499   -505 
      7 :   -545   -548   -524   -470   -501   -551   -487   -450   -467   -508   -454   -494   -552 
      8 :   -534   -537   -499   -480   -511   -501   -555   -433   -477   -475   -453   -517   -477 
      9 :   -506   -485   -482   -547   -509   -527   -501   -493   -537   -472   -456   -527   -447 
     10 :   -512   -528   -517   -518   -500   -468   -498   -508   -442   -515   -451   -516   -475 
     11 :   -545   -523   -475   -521   -482   -549   -538   -518   -487   -520   -490   -486   -488 
     12 :   -488   -501   -506   -466   -472   -470   -483   -454   -496   -473   -459   -511   -500 
     13 :   -476   -542   -501   -521   -507   -553   -484   -526   -532   -472   -496   -497   -493 
     14 :   -561   -532   -537   -520   -474   -492   -502   -475   -525   -467   -465   -500   -510 
     15 :   -512   -504   -499   -490   -527   -490   -485   -532   -535   -516   -504   -462   -516 
    
    Measured HV currents
      0 :   -474   -519   -490   -546   -512   -525   -549   -479   -512   -540   -485   -470   -522 
      1 :   -501   -516   -532   -475   -501   -472   -430   -478   -448   -488   -476   -469   -462 
      2 :   -517   -539   -511   -484   -484   -487   -466   -466   -468   -510   -497   -488   -520 
      3 :   -521   -486   -472   -451   -461   -454   -432   -453   -480   -483   -478   -490   -469 
      4 :   -531   -528   -520   -471   -463   -522   -494   -467   -469   -494   -482   -478   -511 
      5 :   -538   -470   -488   -535   -474   -494   -438   -438   -472   -472   -441   -525   -491 
      6 :   -527   -522   -525   -512   -494   -464   -504   -505   -514   -475   -452   -496   -500 
      7 :   -510   -552   -520   -474   -496   -511   -461   -445   -464   -514   -448   -492   -549 
      8 :   -530   -534   -495   -485   -518   -452   -523   -430   -472   -480   -451   -514   -474 
      9 :   -476   -483   -479   -551   -515   -505   -496   -489   -531   -475   -455   -524   -444 
     10 :   -508   -520   -513   -523   -506   -463   -464   -505   -439   -520   -446   -510   -471 
     11 :   -538   -519   -470   -526   -487   -507   -520   -516   -484   -526   -486   -481   -484 
     12 :   -494   -496   -500   -459   -476   -432   -481   -446   -490   -472   -455   -508   -497 
     13 :   -480   -535   -496   -516   -509   -496   -480   -522   -527   -470   -494   -493   -491 
     14 :   -567   -527   -531   -516   -479   -460   -498   -470   -520   -465   -460   -497   -506 
     15 :   -516   -497   -493   -487   -532   -485   -481   -526   -531   -512   -499   -458   -512 
    recording at Tue Dec 21 06:27:17 EST 2010
    
    Anode current of block 0 (c,r:0,0) : 0.010
    Anode current of block 1 (c,r:0,1) : 0.002
    Anode current of block 2 (c,r:0,2) : -0.001
    Anode current of block 3 (c,r:0,3) : 0.007
    Anode current of block 4 (c,r:0,4) : 0.006
    Anode current of block 5 (c,r:0,5) : 0.002
    Anode current of block 6 (c,r:0,6) : 0.006
    Anode current of block 7 (c,r:0,7) : 0.005
    Anode current of block 8 (c,r:0,8) : 0.006
    Anode current of block 9 (c,r:0,9) : 0.007
    Anode current of block 10 (c,r:0,10) : 0.007
    Anode current of block 11 (c,r:0,11) : 0.004
    Anode current of block 12 (c,r:0,12) : 0.004
    Anode current of block 13 (c,r:0,13) : 0.004
    Anode current of block 14 (c,r:0,14) : 0.002
    Anode current of block 15 (c,r:0,15) : 0.001
    Anode current of block 16 (c,r:1,0) : -0.001
    Anode current of block 17 (c,r:1,1) : 0.005
    Anode current of block 18 (c,r:1,2) : 0.006
    Anode current of block 19 (c,r:1,3) : 0.004
    Anode current of block 20 (c,r:1,4) : 0.005
    Anode current of block 21 (c,r:1,5) : 0.005
    Anode current of block 22 (c,r:1,6) : 0.006
    Anode current of block 23 (c,r:1,7) : 0.002
    Anode current of block 24 (c,r:1,8) : 0.006
    Anode current of block 25 (c,r:1,9) : 0.004
    Anode current of block 26 (c,r:1,10) : 0.009
    Anode current of block 27 (c,r:1,11) : 0.009
    Anode current of block 28 (c,r:1,12) : 0.004
    Anode current of block 29 (c,r:1,13) : 0.007
    Anode current of block 30 (c,r:1,14) : 0.006
    Anode current of block 31 (c,r:1,15) : 0.007
    Anode current of block 32 (c,r:2,0) : 0.006
    Anode current of block 33 (c,r:2,1) : -0.001
    Anode current of block 34 (c,r:2,2) : 0.007
    Anode current of block 35 (c,r:2,3) : 0.015
    Anode current of block 36 (c,r:2,4) : 0.009
    Anode current of block 37 (c,r:2,5) : 0.010
    Anode current of block 38 (c,r:2,6) : 0.010
    Anode current of block 39 (c,r:2,7) : 0.007
    Anode current of block 40 (c,r:2,8) : 0.011
    Anode current of block 41 (c,r:2,9) : 0.009
    Anode current of block 42 (c,r:2,10) : 0.012
    Anode current of block 43 (c,r:2,11) : 0.013
    Anode current of block 44 (c,r:2,12) : 0.005
    Anode current of block 45 (c,r:2,13) : 0.009
    Anode current of block 46 (c,r:2,14) : 0.007
    Anode current of block 47 (c,r:2,15) : 0.006
    Anode current of block 48 (c,r:3,0) : 0.006
    Anode current of block 49 (c,r:3,1) : 0.011
    Anode current of block 50 (c,r:3,2) : 0.010
    Anode current of block 51 (c,r:3,3) : 0.012
    Anode current of block 52 (c,r:3,4) : 0.012
    Anode current of block 53 (c,r:3,5) : 0.011
    Anode current of block 54 (c,r:3,6) : 0.013
    Anode current of block 55 (c,r:3,7) : 0.011
    Anode current of block 56 (c,r:3,8) : 0.015
    Anode current of block 57 (c,r:3,9) : 0.015
    Anode current of block 58 (c,r:3,10) : 0.015
    Anode current of block 59 (c,r:3,11) : 0.010
    Anode current of block 60 (c,r:3,12) : 0.016
    Anode current of block 61 (c,r:3,13) : 0.009
    Anode current of block 62 (c,r:3,14) : 0.012
    Anode current of block 63 (c,r:3,15) : 0.012
    Anode current of block 64 (c,r:4,0) : -0.009
    Anode current of block 65 (c,r:4,1) : -0.005
    Anode current of block 66 (c,r:4,2) : -0.001
    Anode current of block 67 (c,r:4,3) : -0.005
    Anode current of block 68 (c,r:4,4) : -0.001
    Anode current of block 69 (c,r:4,5) : -0.001
    Anode current of block 70 (c,r:4,6) : -2.136
    Anode current of block 71 (c,r:4,7) : -0.001
    Anode current of block 72 (c,r:4,8) : -0.002
    Anode current of block 73 (c,r:4,9) : -0.005
    Anode current of block 74 (c,r:4,10) : -0.007
    Anode current of block 75 (c,r:4,11) : -0.005
    Anode current of block 76 (c,r:4,12) : -0.006
    Anode current of block 77 (c,r:4,13) : -0.004
    Anode current of block 78 (c,r:4,14) : -0.009
    Anode current of block 79 (c,r:4,15) : -0.012
    Anode current of block 80 (c,r:5,0) : -0.006
    Anode current of block 81 (c,r:5,1) : -0.004
    Anode current of block 82 (c,r:5,2) : -0.002
    Anode current of block 83 (c,r:5,3) : 0.004
    Anode current of block 84 (c,r:5,4) : 0.009
    Anode current of block 85 (c,r:5,5) : 0.002
    Anode current of block 86 (c,r:5,6) : 0.024
    Anode current of block 87 (c,r:5,7) : 0.004
    Anode current of block 88 (c,r:5,8) : -0.001
    Anode current of block 89 (c,r:5,9) : 0.007
    Anode current of block 90 (c,r:5,10) : -0.001
    Anode current of block 91 (c,r:5,11) : 0.006
    Anode current of block 92 (c,r:5,12) : -0.004
    Anode current of block 93 (c,r:5,13) : -0.004
    Anode current of block 94 (c,r:5,14) : -0.004
    Anode current of block 95 (c,r:5,15) : -0.002
    Anode current of block 96 (c,r:6,0) : -0.007
    Anode current of block 97 (c,r:6,1) : -0.002
    Anode current of block 98 (c,r:6,2) : 0.004
    Anode current of block 99 (c,r:6,3) : 0.004
    Anode current of block 100 (c,r:6,4) : 0.016
    Anode current of block 101 (c,r:6,5) : 0.011
    Anode current of block 102 (c,r:6,6) : 0.011
    Anode current of block 103 (c,r:6,7) : 0.011
    Anode current of block 104 (c,r:6,8) : 0.006
    Anode current of block 105 (c,r:6,9) : 0.010
    Anode current of block 106 (c,r:6,10) : 0.011
    Anode current of block 107 (c,r:6,11) : 0.006
    Anode current of block 108 (c,r:6,12) : 0.009
    Anode current of block 109 (c,r:6,13) : 0.002
    Anode current of block 110 (c,r:6,14) : -0.001
    Anode current of block 111 (c,r:6,15) : -0.009
    Anode current of block 112 (c,r:7,0) : -0.001
    Anode current of block 113 (c,r:7,1) : 0.004
    Anode current of block 114 (c,r:7,2) : 0.005
    Anode current of block 115 (c,r:7,3) : 0.011
    Anode current of block 116 (c,r:7,4) : 0.013
    Anode current of block 117 (c,r:7,5) : 0.010
    Anode current of block 118 (c,r:7,6) : 0.013
    Anode current of block 119 (c,r:7,7) : 0.015
    Anode current of block 120 (c,r:7,8) : 0.013
    Anode current of block 121 (c,r:7,9) : 0.016
    Anode current of block 122 (c,r:7,10) : 0.013
    Anode current of block 123 (c,r:7,11) : 0.006
    Anode current of block 124 (c,r:7,12) : 0.007
    Anode current of block 125 (c,r:7,13) : 0.006
    Anode current of block 126 (c,r:7,14) : 0.005
    Anode current of block 127 (c,r:7,15) : -0.001
    Anode current of block 128 (c,r:8,0) : -0.015
    Anode current of block 129 (c,r:8,1) : 0.005
    Anode current of block 130 (c,r:8,2) : 0.009
    Anode current of block 131 (c,r:8,3) : 0.012
    Anode current of block 132 (c,r:8,4) : 0.023
    Anode current of block 133 (c,r:8,5) : 0.029
    Anode current of block 134 (c,r:8,6) : 0.018
    Anode current of block 135 (c,r:8,7) : 0.035
    Anode current of block 136 (c,r:8,8) : 0.021
    Anode current of block 137 (c,r:8,9) : 0.026
    Anode current of block 138 (c,r:8,10) : 0.018
    Anode current of block 139 (c,r:8,11) : 0.020
    Anode current of block 140 (c,r:8,12) : 0.016
    Anode current of block 141 (c,r:8,13) : 0.009
    Anode current of block 142 (c,r:8,14) : 0.005
    Anode current of block 143 (c,r:8,15) : -0.001
    Anode current of block 144 (c,r:9,0) : 0.004
    Anode current of block 145 (c,r:9,1) : 0.011
    Anode current of block 146 (c,r:9,2) : 0.023
    Anode current of block 147 (c,r:9,3) : 0.034
    Anode current of block 148 (c,r:9,4) : 0.031
    Anode current of block 149 (c,r:9,5) : 0.045
    Anode current of block 150 (c,r:9,6) : 0.046
    Anode current of block 151 (c,r:9,7) : 0.055
    Anode current of block 152 (c,r:9,8) : 0.048
    Anode current of block 153 (c,r:9,9) : 0.043
    Anode current of block 154 (c,r:9,10) : 0.050
    Anode current of block 155 (c,r:9,11) : 0.034
    Anode current of block 156 (c,r:9,12) : 0.028
    Anode current of block 157 (c,r:9,13) : 0.018
    Anode current of block 158 (c,r:9,14) : 0.012
    Anode current of block 159 (c,r:9,15) : 0.010
    Anode current of block 160 (c,r:10,0) : 0.012
    Anode current of block 161 (c,r:10,1) : 0.013
    Anode current of block 162 (c,r:10,2) : 0.032
    Anode current of block 163 (c,r:10,3) : 0.043
    Anode current of block 164 (c,r:10,4) : 0.065
    Anode current of block 165 (c,r:10,5) : 0.082
    Anode current of block 166 (c,r:10,6) : 0.081
    Anode current of block 167 (c,r:10,7) : 0.094
    Anode current of block 168 (c,r:10,8) : 0.088
    Anode current of block 169 (c,r:10,9) : 0.085
    Anode current of block 170 (c,r:10,10) : 0.070
    Anode current of block 171 (c,r:10,11) : 0.060
    Anode current of block 172 (c,r:10,12) : 0.040
    Anode current of block 173 (c,r:10,13) : 0.038
    Anode current of block 174 (c,r:10,14) : 0.024
    Anode current of block 175 (c,r:10,15) : 0.020
    Anode current of block 176 (c,r:11,0) : 0.031
    Anode current of block 177 (c,r:11,1) : 0.040
    Anode current of block 178 (c,r:11,2) : 0.051
    Anode current of block 179 (c,r:11,3) : 0.071
    Anode current of block 180 (c,r:11,4) : 0.057
    Anode current of block 181 (c,r:11,5) : 0.099
    Anode current of block 182 (c,r:11,6) : 0.111
    Anode current of block 183 (c,r:11,7) : 0.143
    Anode current of block 184 (c,r:11,8) : 0.131
    Anode current of block 185 (c,r:11,9) : 0.135
    Anode current of block 186 (c,r:11,10) : 0.093
    Anode current of block 187 (c,r:11,11) : 0.089
    Anode current of block 188 (c,r:11,12) : 0.065
    Anode current of block 189 (c,r:11,13) : 0.050
    Anode current of block 190 (c,r:11,14) : 0.038
    Anode current of block 191 (c,r:11,15) : 0.011
    Anode current of block 192 (c,r:12,0) : 0.067
    Anode current of block 193 (c,r:12,1) : 0.076
    Anode current of block 194 (c,r:12,2) : 0.131
    Anode current of block 195 (c,r:12,3) : 0.138
    Anode current of block 196 (c,r:12,4) : 0.154
    Anode current of block 197 (c,r:12,5) : 0.206
    Anode current of block 198 (c,r:12,6) : 0.250
    Anode current of block 199 (c,r:12,7) : 0.260
    Anode current of block 200 (c,r:12,8) : 0.220
    Anode current of block 201 (c,r:12,9) : 0.199
    Anode current of block 202 (c,r:12,10) : 0.189
    Anode current of block 203 (c,r:12,11) : 0.159
    Anode current of block 204 (c,r:12,12) : 0.131
    Anode current of block 205 (c,r:12,13) : 0.106
    Anode current of block 206 (c,r:12,14) : 0.089
    Anode current of block 207 (c,r:12,15) : 0.065
    done recording DVCS info at Tue Dec 21 06:27:24 EST 2010