SC = AKHMETSHIN 04C;
R = BUDKERINP-2004-51;
TY = PREP;
D = 2004;
RE = E+ E- --> ETA GAMMA;
REC = E+ E- --> ETA GAMMA;
BRV = 0.392100;
MODE = EXCL;
MULT = 2;
YN = SIG IN NB;
POINT;
BTM = 0.59986 ECM;
PLAB = 352.086,352.086,352.086;
ECM = 0.599860,0.599860,0.599860;
Y = 0.,12.0100,0.;
POINT.;
BTM = 0.62986 ECM;
PLAB = 388.183,388.183,388.183;
ECM = 0.629860,0.629860,0.629860;
Y = 0.,4.28500,0.;
POINT.;
BTM = 0.65986 ECM;
PLAB = 426.042,426.042,426.042;
ECM = 0.659860,0.659860,0.659860;
Y = 1.91300,1.60700,1.60700;
POINT.;
BTM = 0.71986 ECM;
PLAB = 507.043,507.043,507.043;
ECM = 0.719860,0.719860,0.719860;
Y = 0.,1.22400,0.;
POINT.;
BTM = 0.74986 ECM;
PLAB = 550.185,550.185,550.185;
ECM = 0.749860,0.749860,0.749860;
Y = 0.,1.12200,0.;
POINT.;
BTM = 0.75986 ECM;
PLAB = 564.958,564.958,564.958;
ECM = 0.759860,0.759860,0.759860;
Y = 1.86200,1.30100,1.30100;
POINT.;
BTM = 0.76386 ECM;
PLAB = 570.921,570.921,570.921;
ECM = 0.763860,0.763860,0.763860;
Y = 2.55000,1.55600,1.55600;
POINT.;
BTM = 0.76986 ECM;
PLAB = 579.926,579.926,579.926;
ECM = 0.769860,0.769860,0.769860;
Y = 0.,1.60700,0.;
POINT.;
BTM = 0.77386 ECM;
PLAB = 585.967,585.967,585.967;
ECM = 0.773860,0.773860,0.773860;
Y = 0.280500,0.663100,0.663100;
POINT.;
BTM = 0.77786 ECM;
PLAB = 592.041,592.041,592.041;
ECM = 0.777860,0.777860,0.777860;
Y = 0.561100,0.688600,0.688600;
POINT.;
BTM = 0.77986 ECM;
PLAB = 595.089,595.089,595.089;
ECM = 0.779860,0.779860,0.779860;
Y = 3.82600,1.17300,1.17300;
POINT.;
BTM = 0.78086 ECM;
PLAB = 596.616,596.616,596.616;
ECM = 0.780860,0.780860,0.780860;
Y = 1.45400,2.90700,2.90700;
POINT.;
BTM = 0.78186 ECM;
PLAB = 598.145,598.145,598.145;
ECM = 0.781860,0.781860,0.781860;
Y = 2.39700,0.459100,0.459100;
POINT.;
BTM = 0.78286 ECM;
PLAB = 599.676,599.676,599.676;
ECM = 0.782860,0.782860,0.782860;
Y = 2.62700,0.943600,0.943600;
POINT.;
BTM = 0.78386 ECM;
PLAB = 601.210,601.210,601.210;
ECM = 0.783860,0.783860,0.783860;
Y = 0.561100,0.739600,0.739600;
POINT.;
BTM = 0.78586 ECM;
PLAB = 604.281,604.281,604.281;
ECM = 0.785860,0.785860,0.785860;
Y = 2.21900,0.918100,0.918100;
POINT.;
BTM = 0.78986 ECM;
PLAB = 610.448,610.448,610.448;
ECM = 0.789860,0.789860,0.789860;
Y = 0.918100,1.22400,1.22400;
POINT.;
BTM = 0.79386 ECM;
PLAB = 616.647,616.647,616.647;
ECM = 0.793860,0.793860,0.793860;
Y = 0.586600,0.790600,0.790600;
POINT.;
BTM = 0.79986 ECM;
PLAB = 626.003,626.003,626.003;
ECM = 0.799860,0.799860,0.799860;
Y = 0.255000,0.586600,0.586600;
POINT.;
BTM = 0.80986 ECM;
PLAB = 641.754,641.754,641.754;
ECM = 0.809860,0.809860,0.809860;
Y = 1.04600,0.739600,0.739600;
POINT.;
BTM = 0.81986 ECM;
PLAB = 657.700,657.700,657.700;
ECM = 0.819860,0.819860,0.819860;
Y = 1.19900,0.612100,0.612100;
POINT.;
BTM = 0.83986 ECM;
PLAB = 690.180,690.180,690.180;
ECM = 0.839860,0.839860,0.839860;
Y = 1.09700,0.586600,0.586600;
POINT.;
BTM = 0.87986 ECM;
PLAB = 757.488,757.488,757.488;
ECM = 0.879860,0.879860,0.879860;
Y = 0.204000,0.382600,0.382600;
POINT.;
BTM = 0.91986 ECM;
PLAB = 827.927,827.927,827.927;
ECM = 0.919860,0.919860,0.919860;
Y = 0.357100,0.331500,0.331500;
POINT.;
BTM = 0.93986 ECM;
PLAB = 864.321,864.321,864.321;
ECM = 0.939860,0.939860,0.939860;
Y = 0.153000,0.459100,0.459100;
POINT.;
BTM = 0.94986 ECM;
PLAB = 882.812,882.812,882.812;
ECM = 0.949860,0.949860,0.949860;
Y = 0.969100,0.382600,0.382600;
POINT.;
BTM = 0.95786 ECM;
PLAB = 897.745,897.745,897.745;
ECM = 0.957860,0.957860,0.957860;
Y = 0.433600,0.306000,0.306000;
POINT.;
BTM = 0.96986 ECM;
PLAB = 920.380,920.380,920.380;
ECM = 0.969860,0.969860,0.969860;
Y = 0.306000,0.306000,0.306000;
POINT.;
BTM = 0.98393 ECM;
PLAB = 947.278,947.278,947.278;
ECM = 0.983930,0.983930,0.983930;
Y = 0.178500,0.331500,0.331500;
POINT.;
BTM = 1.00391 ECM;
PLAB = 986.140,986.140,986.140;
ECM = 1.00391,1.00391,1.00391;
Y = 1.70900,0.382600,0.382600;
POINT.;
BTM = 1.01053 ECM;
PLAB = 999.188,999.188,999.188;
ECM = 1.01053,1.01053,1.01053;
Y = 3.77500,0.408100,0.408100;
POINT.;
BTM = 1.01577 ECM;
PLAB = 1009.58,1009.58,1009.58;
ECM = 1.01577,1.01577,1.01577;
Y = 17.3400,0.765100,0.765100;
POINT.;
BTM = 1.01677 ECM;
PLAB = 1011.57,1011.57,1011.57;
ECM = 1.01677,1.01677,1.01677;
Y = 25.5000,0.688600,0.688600;
POINT.;
BTM = 1.01691 ECM;
PLAB = 1011.84,1011.84,1011.84;
ECM = 1.01691,1.01691,1.01691;
Y = 27.8000,1.25000,1.25000;
POINT.;
BTM = 1.01761 ECM;
PLAB = 1013.24,1013.24,1013.24;
ECM = 1.01761,1.01761,1.01761;
Y = 35.1200,0.816100,0.816100;
POINT.;
BTM = 1.01777 ECM;
PLAB = 1013.56,1013.56,1013.56;
ECM = 1.01777,1.01777,1.01777;
Y = 37.7500,1.12200,1.12200;
POINT.;
BTM = 1.01858 ECM;
PLAB = 1015.17,1015.17,1015.17;
ECM = 1.01858,1.01858,1.01858;
Y = 54.3500,1.47900,1.47900;
POINT.;
BTM = 1.01883 ECM;
PLAB = 1015.67,1015.67,1015.67;
ECM = 1.01883,1.01883,1.01883;
Y = 53.8900,0.765100,0.765100;
POINT.;
BTM = 1.01950 ECM;
PLAB = 1017.01,1017.01,1017.01;
ECM = 1.01950,1.01950,1.01950;
Y = 54.8300,1.09700,1.09700;
POINT.;
BTM = 1.01984 ECM;
PLAB = 1017.68,1017.68,1017.68;
ECM = 1.01984,1.01984,1.01984;
Y = 54.9300,1.86200,1.86200;
POINT.;
BTM = 1.02062 ECM;
PLAB = 1019.24,1019.24,1019.24;
ECM = 1.02062,1.02062,1.02062;
Y = 39.5800,0.765100,0.765100;
POINT.;
BTM = 1.02154 ECM;
PLAB = 1021.08,1021.08,1021.08;
ECM = 1.02154,1.02154,1.02154;
Y = 25.0400,0.918100,0.918100;
POINT.;
BTM = 1.02279 ECM;
PLAB = 1023.58,1023.58,1023.58;
ECM = 1.02279,1.02279,1.02279;
Y = 13.7200,0.663100,0.663100;
POINT.;
BTM = 1.02767 ECM;
PLAB = 1033.37,1033.37,1033.37;
ECM = 1.02767,1.02767,1.02767;
Y = 2.75400,0.382600,0.382600;
POINT.;
BTM = 1.03367 ECM;
PLAB = 1045.47,1045.47,1045.47;
ECM = 1.03367,1.03367,1.03367;
Y = 0.969100,0.357100,0.357100;
POINT.;
BTM = 1.03959 ECM;
PLAB = 1057.48,1057.48,1057.48;
ECM = 1.03959,1.03959,1.03959;
Y = 0.459100,0.331500,0.331500;
POINT.;
BTM = 1.04980 ECM;
PLAB = 1078.36,1078.36,1078.36;
ECM = 1.04980,1.04980,1.04980;
Y = 0.127500,0.331500,0.331500;
POINT.;
BTM = 1.05949 ECM;
PLAB = 1098.35,1098.35,1098.35;
ECM = 1.05949,1.05949,1.05949;
Y = 0.,0.765100,0.;
POINT.;
BTM = 1.07900 ECM;
PLAB = 1139.18,1139.18,1139.18;
ECM = 1.07900,1.07900,1.07900;
Y = 0.,0.280500,0.;
POINT.;
BTM = 1.16340 ECM;
PLAB = 1324.36,1324.36,1324.36;
ECM = 1.16340,1.16340,1.16340;
Y = 0.,0.204000,0.;
POINT.;
BTM = 1.31000 ECM;
PLAB = 1679.16,1679.16,1679.16;
ECM = 1.31000,1.31000,1.31000;
Y = 0.,0.127500,0.;
SYS;
SYS-ERR = 4.00000;
CSYS = Selection criteria;
SYS.;
SYS-ERR = 3.00000;
CSYS = Process separation;
SYS.;
SYS-ERR = 1.00000;
CSYS = Luminosity determination;
SYS.;
SYS-ERR = 2.00000;
CSYS = Neutral trigger efficiency;
SYS.;
SYS-ERR = 1.00000;
CSYS = Radiative corrections;
SYS.;
CSYS = The model uncertainty estimated by comparing the values of the cross   se ction at the resonance peak in various models differing by the values of   phase s and resonance parameters was 1 PCT for the RHO(770), 3 PCT for OMEGA(783) and  0.1 PCT for PHI(1020);
SIG = CORR;
DEN = 05:01:02  17:49:12;
DCH = 05:01:17  18:10:37;
CR = NOVO-VEPP-2M collider. Measurement of the total cross section of the proces s E+ E- --> PI0 GAMMA, E+ E- --> ETA GAMMA in the 3GAMMA  final state at  sqrt(s) = 600 -- 1380 MeV. The analysis is based on 21 pb**-1 collected in  1997-98. The beam energy spread is about 4*10**-4 of its energy. The luminosity was measu red using large angle Bhabha events.;
CR. = Overlapping statistics was used for the E+ E- --> ETA GAMMA measurement in ETA --> 3PI0 mode in PL 509B, 217;
CR. = Improved Born (i.e. only ISR-corrected) cross sections of the process  E+ E- --> ETA GAMMA;
CR. = Radiative corrections according to Kuraev and Fadin procedure (SJNP 41, 46 6);
DS = EE-2025::FS:eta gamma::RAD:no::WEIGHT:::COMMENT:eta -> 2gamma;
DS. = EE-2026::FS:eta gamma::RAD:no::WEIGHT:::COMMENT:eta -> 2gamma;
SB = ENCODED 27 DEC 2004 BY ZOV;
SB. = CORRECTED 22 OCT 2025 BY ZOV;
AC = NOVO-VEPP-2M;
DE = CMD-2;
COL = CMD-2 Collaboration;
*E