ACNET run stack per stack

Available ACNET run

The below list is for each stack/resonance in chronological order; the resonance name is followed by the start date of the data taking and the "nominal" energy from the logbook. The links give a list of the available ACNET run, followed by the stack number, the resonance name and the code number to keep in account possible BPM saturations (not completely updated, yet).

Note that
1) one ACNET run can contain up to five E835 physical run;
2) some ACNET run has a number which does not correspond to any of the E835 physical run number (e.g. it began in a pedestal run) but contains physical information;
3) some ACNET run contain E835 physical information together with no useful data (e.g. beam deceleration data);
4) some ACNET run do not contain any information ("only one event" error): I'll soon provide a list of the run where these anomalies occur;

Last update of this page -- Fri Oct 17 00:36:29 CDT 1997

Stack 03 -

chi2 of 96_10_23 : nominal energy 3556.56a 3556.56b MeV
stack03_chi2.1

Stack 04 -

chi2 of 96_11_10 : nominal energy 3557.21a 3557.21b 3556.15 3555.23 3544.7 MeV
stack04_chi2.1

Stack 05 -

etacp of 96_11_20 : nominal energy 3644.12 3625.2 MeV
stack05_etacp.1

Stack 05 -

jpsi of 96_11_23 : nominal energy 3096.91 MeV
stack05_jpsi.1

Stack 06 -

etacp of 96_11_28 : nominal energy 3635.19 3614.87 3604.15 MeV
stack06_etacp.1

Stack 06 -

psip of 96_11_27 : nominal energy 3686.15 MeV
stack06_psip.1

Stack 07 -

etacp of 96_12_05 : nominal energy 3629.66 3620.57 MeV
stack07_etacp.1

Stack 07 -

jpsi of 96_12_07 : nominal energy 3096.92 MeV
stack07_jpsi.1

Stack 07 -

psip of 96_12_04 : nominal energy 3685.9 MeV
stack07_psip.1

Stack 08 -

etacp of 97_01_20 : nominal energy 3610.8 MeV
stack08_etacp.1

Stack 08 -

psip of 97_01_19 : nominal energy 3686.2 MeV
stack08_psip.1

Stack 09 -

chi2 of 97_01_26 : nominal energy 3556.26high 3556.26low MeV
stack09_chi2.1

Stack 09 -

etac of 97_01_27 : nominal energy 2987.57 MeV
stack09_etac.1

Stack 09 -

etacp of 97_01_24 : nominal energy 3600.04 MeV
stack09_etacp.1

Stack 10 -

etacp of 97_01_30 : nominal energy 3655.85 3643.00 MeV
stack10_etacp.1

Stack 11 -

etacp of 97_02_02 : nominal energy 3590.17 3580.87 MeV
stack11_etacp.1

Stack 12 -

etac of 97_02_07 : nominal energy 2949.97 MeV
stack12_etac.1

Stack 12 -

etacp of 97_02_05 : nominal energy 3595.36 3580.19 MeV
stack12_etacp.1

Stack 13 -

etac of 97_02_12 : nominal energy 3024.97 MeV
stack13_etac.1

Stack 13 -

etacp of 97_02_10 : nominal energy 3660.22 3585.27 MeV
stack13_etacp.1

Stack 14 -

etac of 97_02_14 : nominal energy 3025.92 MeV
stack14_etac.1

Stack 14 -

etacp of 97_02_13 : nominal energy 3651.62 MeV
stack14_etacp.1

Stack 15 -

1p1 of 97_02_18 : nominal energy 3535.97 MeV
stack15_1p1.1

Stack 15 -

etac of 97_02_19 : nominal energy 2967.07MeV MeV
stack15_etac.1

Stack 15 -

etacp of 97_02_16 : nominal energy 3639.93 3607.63 MeV
stack15_etacp.1

Stack 16 -

etac of 97_02_21 : nominal energy 2987.45 MeV
stack16_etac.1

Stack 17 -

etac of 97_02_25 : nominal energy 2980.26 MeV
stack17_etac.1

Stack 17 -

etacp of 97_02_24 : nominal energy 3576.14 MeV
stack17_etacp.1

Stack 17 -

psip of 97_02_23 : nominal energy 3686.16high 3686.16low MeV
stack17_psip.1

Stack 18 -

etac of 97_02_27 : nominal energy 2980.27 MeV
stack18_etac.1

Stack 19 -

1p1 of 97_03_01 : nominal energy 3526.27 MeV
stack19_1p1.1

Stack 19 -

chi1 of 97_03_03 : nominal energy 3510.57 MeV
stack19_chi1.1

Stack 19 -

jpsi of 97_03_04 : nominal energy 3096.98 MeV
stack19_jpsi.1

Stack 20 -

1p1 of 97_03_12 : nominal energy 3526.22 MeV
stack20_1p1.1

Stack 20 -

chi1 of 97_03_13 : nominal energy 3511.27 3509.87 MeV
stack20_chi1.1

Stack 20 -

chi2 of 97_03_10 : nominal energy 3557.978 3556.768 3556.065 3555.605 3554.638 MeV
stack20_chi2.1

Stack 21 -

1p1 of 97_03_15 : nominal energy 3526.8 3525.6 MeV
stack21_1p1.1

Stack 21 -

chi1 of 97_03_18 : nominal energy 3511.8 3510.7 3509.2 MeV
stack21_chi1.1

Stack 22 -

psip of 97_04_09 : nominal energy 3686.125 3686.275 3685.987 3685.816 3685.72 MeV
stack22_psip.1

Stack 23 -

etac of 97_04_13 : nominal energy 2929.98 MeV
stack23_etac.1

Stack 23 -

jpsi of 97_04_12 : nominal energy 3096.9 MeV
stack23_jpsi.1

Stack 24 -

etac of 97_04_15 : nominal energy 2973.75 MeV
stack24_etac.1

Stack 25 -

etac of 97_04_17 : nominal energy 2995.80 MeV
stack25_etac.1

Stack 26 -

etac of 97_04_20 : nominal energy 2969.8 MeV
stack26_etac.1

Stack 27 -

etac of 97_04_21 : nominal energy 2950.2 MeV
stack27_etac.1

Stack 28 -

etac of 97_04_23 : nominal energy 2929.3 MeV
stack28_etac.1

Stack 29 -

etac of 97_04_24 : nominal energy 2930.2 MeV
stack29_etac.1

Stack 30 -

etac of 97_04_25 : nominal energy 3008.8 MeV
stack30_etac.1

Stack 31 -

etac of 97_04_27 : nominal energy 2985.6 MeV
stack31_etac.1

Stack 32 -

etac of 97_04_29 : nominal energy 2975.2 MeV
stack32_etac.1

Stack 33 -

etac of 97_05_01 : nominal energy 3000.7 MeV
stack33_etac.1

Stack 34 -

etac of 97_05_03 : nominal energy 2990.4 MeV
stack34_etac.1

Stack 35 -

etac of 97_05_05 : nominal energy 2951.1 MeV
stack35_etac.1

Stack 36 -

etac of 97_05_10 : nominal energy 3001.1 MeV
stack36_etac.1

Stack 37 -

etac of 97_05_11 : nominal energy 2989.97 MeV
stack37_etac.1

Stack 38 -

chi2 of 97_05_13 : nominal energy 3556.19 3555.96 3555.59 MeV
stack38_chi2.1

Stack 39 -

etac of 97_05_16 : nominal energy 2951.0 MeV
stack39_etac.1

Stack 39 -

psip of 97_05_15 : nominal energy 3686.95 3686.40 MeV
stack39_psip.1

Stack 40 -

etac of 97_05_19 : nominal energy 2966.39 MeV
stack40_etac.1

Stack 40 -

psip of 97_05_17 : nominal energy 3686.18 3686.35 3686.01 3685.75 3685.60 3685.31 3685.0 MeV
stack40_psip.1

Stack 41 -

etac of 97_05_28 : nominal energy 2972.9 MeV
stack41_etac.1

Stack 42 -

etac of 97_05_31 : nominal energy 2912 MeV
stack42_etac.1

Stack 42 -

jpsi of 97_05_31 : nominal energy 3096.90 MeV
stack42_jpsi.1

Stack 43 -

etac of 97_06_02 : nominal energy 3004.4 MeV
stack43_etac.1

Stack 44 -

etac of 97_06_05 : nominal energy 2956.2 MeV
stack44_etac.1

Stack 45 -

etac of 97_06_07 : nominal energy 2956.3 MeV
stack45_etac.1

Stack 46 -

etac of 97_06_09 : nominal energy 2911 MeV
stack46_etac.1

Stack 47 -

etac of 97_06_11 : nominal energy 2930.6 MeV
stack47_etac.1

Stack 48 -

etac of 97_06_13 : nominal energy 2985.9 MeV
stack48_etac.1

Stack 49 -

etac of 97_06_15 : nominal energy 2982.7 MeV
stack49_etac.1

Stack 50 -

1p1 of 97_06_19 : nominal energy 3528.5 MeV
stack50_1p1.1

Stack 50 -

chi2 of 97_06_19 : nominal energy 3555.7 MeV
stack50_chi2.1

Stack 51 -

1p1 of 97_06_22 : nominal energy 3526.3 MeV
stack51_1p1.1

Stack 52 -

1p1 of 97_06_25 : nominal energy 3526.35 MeV
stack52_1p1.1

Stack 53 -

1p1 of 97_06_28 : nominal energy 3527.2 MeV
stack53_1p1.1

Stack 54 -

1p1 of 97_07_03 : nominal energy 3526.5 MeV
stack54_1p1.1

Stack 55 -

1p1 of 97_07_04 : nominal energy 3525.2 MeV
stack55_1p1.1

Stack 56 -

1p1 of 97_07_17 : nominal energy 3525.7 MeV
stack56_1p1.1

Stack 57 -

1p1 of 97_07_19 : nominal energy 3525.8 MeV
stack57_1p1.1

Stack 58 -

1p1 of 97_07_22 : nominal energy 3524.7 MeV
stack58_1p1.1

Stack 59 -

1p1 of 97_07_25 : nominal energy 3525.62 MeV
stack59_1p1.1

Stack 60 -

1p1 of 97_07_27 : nominal energy 3525.4 MeV
stack60_1p1.1

Stack 60 -

jpsi of 97_07_30 : nominal energy 3096.7 MeV
stack60_jpsi.1

Stack 60 -

pipi of 97_07_29 : nominal energy 3418 MeV
stack60_pipi.1

Stack 61 -

1p1 of 97_07_31 : nominal energy 3524.2 MeV
stack61_1p1.1

Stack 62 -

1p1 of 97_08_03 : nominal energy 3525.1 MeV
stack62_1p1.1

Stack 63 -

1p1 of 97_08_07 : nominal energy 3525.5 MeV
stack63_1p1.1

Stack 64 -

1p1 of 97_08_11 : nominal energy 3526.1 MeV
stack64_1p1.1

Stack 65 -

chi1 of 97_08_13 : nominal energy 3513.1 3511.5 3511.1 3510.75 3510.4 3510.0 3508.7 MeV
stack65_chi1.1

Stack 66 -

pipi of 97_08_16 : nominal energy 3216 MeV
stack66_pipi.1

Stack 67 -

psip of 97_08_17 : nominal energy 3687.0 3686.5 3686.23 3686.0 3685.7 3685.45 3685.001 MeV
stack67_psip.1

Stack 68 -

chi0 of 97_08_23 : nominal energy 3418.0 MeV
stack68_chi0.1

Stack 68 -

ddbar of 97_08_23 : nominal energy 3726 MeV
stack68_ddbar.1

Stack 69 -

chi0 of 97_08_28 : nominal energy 3415.4 MeV
stack69_chi0.1

Stack 69 -

etacp of 97_08_27 : nominal energy 3633.4 MeV
stack69_etacp.1

Stack 70 -

chi0 of 97_08_29 : nominal energy 3415.2 MeV
stack70_chi0.1

Stack 71 -

chi0 of 97_08_30 : nominal energy 3406.4 MeV
stack71_chi0.1

Stack 72 -

chi0 of 97_08_31 : nominal energy 3407.4 MeV
stack72_chi0.1

Stack 73 -

etac of 97_09_01 : nominal energy 3101 MeV
stack73_etac.1

Stack 74 -

chi1 of 97_09_02 : nominal energy 3510.9 MeV
stack74_chi1.1

Stack 75 -

chi1 of 97_09_05 : nominal energy 3510.90 MeV
stack75_chi1.1

Stack 76 -

pipi of 97_09_06 : nominal energy 3320 MeV
stack76_pipi.1

Stack 77 -

chi0 of 97_09_10 : nominal energy 3430 MeV
stack77_chi0.1

Stack 77 -

etacp of 97_09_09 : nominal energy 3633.1 MeV
stack77_etacp.1

Stack 78 -

chi0 of 97_09_12 : nominal energy 3430.0 MeV
stack78_chi0.1

Stack 79 -

chi1 of 97_09_17 : nominal energy 3495 MeV
stack79_chi1.1

Stack 79 -

chi2 of 97_09_16 : nominal energy 3555.8 MeV
stack79_chi2.1

Stack 79 -

ddbar of 97_09_15 : nominal energy 4289 3859 MeV
stack79_ddbar.1

Stack 79 -

pipi of 97_09_17 : nominal energy 3270 MeV
stack79_pipi.1

useful links:

E835 Home Page

E835 run info table: alphanumerical ; only numerical (useful for paw)
Offline energy calculation stack per stack
Golden Data Stream and DSTs Page
Luminosity Home Page

ACNET run number stack per stack
BPM saturation history
Single Value Decomposition Threshold Plots
Beam Position and Angle at the target from BPMs
Systematic error in the energy calculation neglecting 2nd order terms in the calculation of dL
BPM position vs time stack per stack

Maintained by Gabriele Garzoglio.
Comments, problems or questions -- please send mail.