FFFFFF N N cCCc F NN N C C F N N N C S I M U L A T I O N FFF N N N C F N N N C C (List of files) F N NN cCCc @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ There are ntuple files for the new FNC calorimeter. (files hb. .... for example, hb.20_150 - file with ntuples for the energy of beam from 20 to 150 Gev. o20_150 - corresponding output file) !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!! All this files are in directory (axhrs2.desy.de): !!!! !!! /us3/ofl/kutuev/resnew/.. !!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! I. C O M M O N I N F O R M A T I O N ======================================= 1. Strips of preshower: ____________________________________ |x9 |x8 |x7 |x6 |x5 |x4 |x3 |x2 |x1 | | | | | | | | | | | | | | | | | | | | | -------|---|---|---|---|---|---|---|---|---|------- | y9 | | | | | ^Y| | | | | | |-------|---|---|---|---| | |---|---|---|---|-------| | y8 | | | | | | | | | | | | |-------|---|---|---|---| | |---|---|---|---|-------| | y7 | X <----------+ | | | | | | |-------|---|---|---|---|---|---|---|---|---|-------| | y6 | | | | | | | | | | | |-------|---|---|---|---|---|---|---|---|---|-------| | y5 | | | | | | | | | | | 2 |-------|---|---|---|---|---|---|---|---|---|-------| 6 | y4 | | | | | | | | | | | 1 |-------|---|---|---|---|---|---|---|---|---|-------| | y3 | | | | | | | | | | | m |-------|---|---|---|---|---|---|---|---|---|-------| m | y2 | | | | | | | | | | | |-------|---|---|---|---|---|---|---|---|---|-------| | y1 | | | | | | | | | | | -------|---|---|---|---|---|---|---|---|---|------- | | | | | | | | | | | | | | | | | | | | ----------------------------------- 261 mm ******************************************************************* * Neutron beam has a center at 1.7 cm low, than center of sandwich* *Therefore, enter point to NFNC must be: X = 0, Y = -1.7 sm.! * *Coordinates of Preshower center in FNC - system: X=0, Y= - 5.5 * ******************************************************************* 2. Sandwich towers Coord. of centre ----------- ----------- Tower # X Y | | | | ----------------------------- | | Y | | 1 -17.0 20.1 | tower 2 | | tower 1 | --------------------------- | | ^ | | 2 17.0 20.1 | | | | | --------------------------- | | | | | 3 -20.1 0.0 |-------------|-------------| --------------------------- |tower 5 |tower 4 |tower 3 | 4 0.0 0.0 | | | | | --------------------------- | X <---------+ | | 5 20.1 0.0 | | (0,0) | | --------------------------- | | | | 6 -20.1 -20.1 |--------|---------|--------| --------------------------- | | | | 7 0.0 -20.1 |tower 8 |tower 7 |tower 6 | --------------------------- | | | | 8 20.1 -20.1 | | | | --------------------------- | | | | --------------------------- @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ II. L I S T O F F I L E S =============================== X,Y for beam = 0,0 (Center of sandwich); Px, Py =0.0 -------------------------------------------------------- hb.20_150 (o20_150) En,Ee = 20,50,100,150 Gev hb.200_300 (o200_300) En,Ee = 200,250,300 Gev hb.400_500 (o400_500) En,Ee = 400,500 Gev hb.600 (o600) En,Ee = 600 Gev hb.700 (o700) En,Ee = 700 Gev hb.800 (o800) En,Ee = 800 Gev hb.900 (o900) En,Ee = 900 Gev ****************************************************************** * Neutron beam has a center at 1.7 cm low, than center of sandwich. *Therefore, enter point to NFNC must be: X = 0, Y = -1.7 sm.! *Coordinates of Preshower center in FNC - system: X=0, Y= - 5.5 * ******************************************************************* hb.600_y-1.85 (o600_y-1.85) E = 600 Gev, Px=Py=0. X=0,Y=-1.85. hb.600_y-1.85_a042(o600_y-1.85_a042) E=600 Gev,X=0,Y=-1.85, Px=0, Py/Pz=-.0073125; Teta for beam = 0.42 deg. This is immitation of a situation,when FNC is along proton beam-pipe (0.42 deg from horizontal plane). Leakages from FNC in this two cases are practically similar ! For En = Ee = 200 Gev, ======================= Px =Py = 0. "Scanning" of preshower: ^Y X Y hb.x-1.4y-.45 (ox-1.4y-.45) ! *(-1.4,-0.45) hb.x-1.05y-.8 (ox-1.05y-.8) ! *(-1.05, -0.8) hb.x-.7y-1.15 (ox-.7y-1.15) ! * (-0.7, -1.15) hb.x-.35y-1.5 (ox-.35y-1.5) !* (-0.35, -1.5) hb.x0y-1.85 (ox0y-1.85) X <----------* (0.0 ,-1.85) hb.x.35y-2.2 (ox.35y-2.2) * (0.35, -2.2) hb.x.7y-2.55 (ox.7y-2.55) * (0.7 ,-2.55) hb.x1.05y-2.9 (ox1.05y-2.9) * (1.05,-2.9) hb.x1.4y-3.25 (ox1.4y-3.25) * (1.4 ,-3.25) hb.x1.75y-3.6 (ox1.75y-3.6) * (1.75, -3.6) hb.x2.1y-3.95 (ox2.1y-3.95) * (2.1 ,-3.95) hb.x2.45y-4.3 (ox2.45y-4.3) * (2.45,-4.3) hb.x2.8y-4.65 (ox2.8y-4.65) * (2.8 ,-4.65) hb.x3.15y-5 (ox3.15y-5) * (3.15,-5.0) hb.x3.5y-5.35 (ox3.5y-5.35) * (3.5,-5.35) hb.x3.85y-5.7 (ox3.85y-5.7) * (3.85,-5.7) hb.x4.2y-6.05 (ox4.2y-6.05) * (4.2,-6.05) hb.x4.55y-6.4 (ox4.55y-6.4) * (4.55,-6.4) (Step 0.35 sm., both, X and Y ) (Center of preshower coordinates in FNC system: X=0.0 ; Y= -5.5 !!! ) "Scanning" along Y: (X=0, Center of Sandwich). Beam is NOT in center of Y-strip!!!! (0.35 cm.from the down boundary) En = Ee = 200 Gev. hb.x0y5 (ox0y5) 9-th Y-strip of Preshower hb.x0y2.1 (ox0y2.1) 8-th Y-strip of Preshower hb.x0y-0.8 (ox0y-0.8) 7-th Y-strip of Preshower hb.x0y-3.7 (ox0y-3.7) 6-th Y-strip of Preshower hb.x0y-6.6 (ox0y-6.6) 5-th Y-strip of Preshower hb.x0y-9.5 (ox0y-9.5) 4-th Y-strip of Preshower hb.x0y-12.4 (ox0y-12.4) 3-d Y-strip of Preshower hb.x0y-15.3 (ox0y-15.3) 2-nd Y-strip of Preshower "Scanning" along Y: (X=0. Center of Sandwich). Beam IS in centers of Y-strip! En = Ee = 200 Gev. hb.x0y6.1 (ox0y6.1) 9-th Y-strip of Preshower hb.x0y3.2 (ox0y3.2) 8-th Y-strip of Preshower hb.x0y0.3 (ox0y0.3) 7-th Y-strip of Preshower hb.x0y-2.6 (ox0y-2.6) 6-th Y-strip of Preshower hb.x0y-5.5 (ox0y-5.5) 5-th Y-strip of Preshower (center) hb.x0y-8.4 (ox0y-8.4) 4-th Y-strip of Preshower hb.x0y-11.3 (ox0y-11.3) 3-d Y-strip of Preshower hb.x0y-14.2 (ox0y-14.2) 2-nd Y-strip of Preshower hb.x0y-17.1 (ox0y-17.1) 1-st Y-strip of Preshower "Scanning" along X with small step (.35 sm.): (Y=-1.7) Strips 7, 8 and 9. En = Ee = 200 Gev. hb.x13y-1.7 (ox13y-1.7) hb.x12.65y-1.7 (ox12.65y-1.7) hb.x12.3y-1.7 (ox12.3y-1.7) hb.x11.95y-1.7 (ox11.95y-1.7) hb.x11.6y-1.7 (ox11.6y-1.7) hb.x11.25y-1.7 (ox11.25y-1.7) hb.x10.9y-1.7 (ox10.9y-1.7) hb.x10.55y-1.7 (ox10.55y-1.7) hb.x10.2y-1.7 (ox10.2y-1.7) hb.x9.85y-1.7 (ox9.85y-1.7) hb.x9.5y-1.7 (ox9.5y-1.7) hb.x9.15y-1.7 (ox9.15y-1.7) hb.x8.8y-1.7 (ox8.8y-1.7) hb.x8.45y-1.7 (ox8.45y-1.7) hb.x8.1y-1.7 (ox8.1y-1.7) hb.x7.75y-1.7 (ox7.75y-1.7) hb.x7.4y-1.7 (ox7.4y-1.7) hb.x7.05y-1.7 (ox7.05y-1.7) hb.x6.7y-1.7 (ox6.7y-1.7) hb.x6.35y-1.7 (ox6.35y-1.7) hb.x6y-1.7 (ox6y-1.7) hb.x5.65y-1.7 (ox5.65y-1.7) hb.x5.3y-1.7 (ox5.3y-1.7) hb.x4.95y-1.7 (ox4.95y-1.7) Two points, go past preshower (upper): hb.x0y9.9 (ox0y9.9) hb.x0y7.9 (ox0y7.9) "Scanning" along Y with small step (.35 sm.): (X=0) Strips 7, 8 and 9. En = Ee = 200 Gev. hb.x0y7.5 (ox0y7.5) hb.x0y7.15 (ox0y7.15) hb.x0y6.8 (ox0y6.8) hb.x0y6.45 (ox0y6.45) hb.x0y6.1 (ox0y6.1) hb.x0y5.75 (ox0y5.75) hb.x0y5.4 (ox0y5.4) hb.x0y5.05 (ox0y5.05) hb.x0y4.7 (ox0y4.7) hb.x0y4.35 (ox0y4.35) hb.x0y4 (ox0y4) hb.x0y3.65 (ox0y3.65) hb.x0y3.3 (ox0y3.3) hb.x0y2.95 (ox0y2.95) hb.x0y2.6 (ox0y2.6) hb.x0y2.25 (ox0y2.25) hb.x0y1.9 (ox0y1.9) hb.x0y1.55 (ox0y1.55) hb.x0y1.2 (ox0y1.2) hb.x0y.85 (ox0y.85) hb.x0y.5 (ox0y.5) hb.x0y.15 (ox0y.15) hb.x0y-.2 (ox0y-.2) "Scanning" along X: (Y=-3.7) Beam is in center of X-strip. En = Ee = 200 Gev. hb.x-11.6y-3.7 (ox-11.6y-3.7) 1-st X-strip of Preshower hb.x-8.7y-3.7 (ox-8.7y-3.7) 2-nd X-strip of Preshower hb.x-5.8y-3.7 (ox-5.8y-3.7) 3-d X-strip of Preshower hb.x-2.9y-3.7 (ox-2.9y-3.7) 4-th X-strip of Preshower hb.x0y-3.7 (ox0y-3.7) 5-th X-strip of Preshower hb.x2.9y-3.7 (ox2.9y-3.7) 6-th X-strip of Preshower hb.x5.8y-3.7 (ox5.8y-3.7) 7-th X-strip of Preshower hb.x8.7y-3.7 (ox8.7y-3.7) 8-th X-strip of Preshower hb.x11.6y-3.7 (ox11.6y-3.7) 9-th X-strip of Preshower Ee = En =200 Gev. Ramdom beam coordinates in box: X=0-7.5 sm, Y=0-7.5 sm. hb.7.5X7.5box_200 (o7.5X7.5box) hb.7.5X7.5box_200_1 (o7.5X7.5box_1) hb.7.5X7.5box_200_2 (o7.5X7.5box_200_2) hb.7.5X7.5box_200_3 (o7.5X7.5box_200_3) hb.7.5X7.5box_200_4 (o7.5X7.5box_200_4) (Input Random numbers for next run was get from Output of previous run) "Calibration" files: beam is at a centre of towers. Without Preshower. ================== proton beam, 7 and 10 GeV, ITEF, Moscow: hb.tower1_p_7_10gev (otower1_p_7_10gev) hb.tower2_p_7_10gev (otower2_p_7_10gev) hb.tower3_p_7_10gev (otower3_p_7_10gev) hb.tower4_p_7_10gev (otower4_p_7_10gev) hb.tower5_p_7_10gev (otower5_p_7_10gev) hb.tower6_p_7_10gev (otower6_p_7_10gev) hb.tower7_p_7_10gev (otower7_p_7_10gev) hb.tower8_p_7_10gev (otower8_p_7_10gev) pi-meson beam,7 and 10 GeV, ITEF, Moscow: hb.tower1_pi_7_10gev (otower1_pi_7_10gev) hb.tower2_pi_7_10gev (otower2_pi_7_10gev) hb.tower3_pi_7_10gev (otower3_pi_7_10gev) hb.tower4_pi_7_10gev (otower4_pi_7_10gev) hb.tower5_pi_7_10gev (otower5_pi_7_10gev) hb.tower6_pi_7_10gev (otower6_pi_7_10gev) hb.tower7_pi_7_10gev (otower7_pi_7_10gev) hb.tower8_pi_7_10gev (otower8_pi_7_10gev) e - beam, 120,150, 180 GeV (CERN, June, H6a area) hb.tower1_e_120_180gev (otower1_e_120_180gev) hb.tower3_e_120_180gev (otower3_e_120_180gev) hb.tower4_e_120_180gev (otower3_e_120_180gev) hb.tower6_e_120_180gev (otower6_e_120_180gev) hb.tower7_e_120_180gev (otower7_e_120_180gev) pi - beam, 120,150,180 GeV (CERN, June, H6A area) hb.tower1_pi_120_180gev (otower1_pi_120_180gev) hb.tower1_pi1_120_180gev(otower1_pi1_120_180gev); contin. of prev. hb.tower3_pi_120_180gev (otower3_pi_120_180gev) hb.tower3_pi1_120_180gev(otower3_pi1_120_180gev); contin. of prev. hb.tower4_pi_120_180gev (otower4_pi_120_180gev) hb.tower4_pi1_120_180gev(otower4_pi1_120_180gev); contin. of prev. hb.tower6_pi_120_180gev (otower6_pi_120_180gev) hb.tower6_pi1_120_180gev(otower6_pi1_120_180gev); contin. of prev. hb.tower7_pi_120_180gev (otower7_pi_120_180gev) hb.tower7_pi1_120_180gev(otower7_pi1_120_180gev); contin. of prev. "Calibration" files: Preshower and Sandwich ======================= ( Towers 1,3 - outside of Preshower) proton beam,.. 300,350 GeV (CERN, July Beamtest,H4 area) hb.p_150gev (o_p_150gev) X = 0., Y = -5.5, Presh+Sandwich hb.p_150_tower1 (o_p_150_tower1) Tower 1, all modules, X=-17,Y=20.1 hb.p_150_tower3 (o_p_150_tower3) Tower 3, all modules, X=-20.1,Y=0 hb.p_300gev (o_p_300gev) X = 0., Y = -5.5, Presh+Sandwich hb.p_300_tower1 (o_p_300_tower1) Tower 1, all modules, X=-17,Y=20.1 hb.p_300_tower3 (o_p_300_tower3) Tower 3, all modules, X=-20.1,Y=0. hb.p_350gev (o_p_350gev) X = 0., Y = -5.5, Presh+Sandwich pi - beam, .. 300,350 GeV (CERN, July Beamtest,H4 area) hb.pi_150gev (o_pi_150gev) X = 0., Y = -5.5, Presh+Sandwich hb.pi_150_tower1(o_pi_150_tower1) Tower 1, all modules, X=-17,Y=20.1 hb.pi_150_tower3(o_pi_150_tower3) Tower 1, all modules, X=-17,Y=20.1 hb.p_150_tower3 (o_p_150_tower3) Tower 3, all modules, X=-20.1,Y=0 hb.pi_200gev (o_pi_200gev) X = 0., Y = -5.5, Presh+Sandwich hb.pi_200_tower1(o_pi_200_tower1) Tower 1, all modules, X=-17,Y=20.1 hb.pi_200_tower3(o_pi_200_tower3) Tower 3, all modules, X=-20.1,Y=0 hb.pi_300gev (o_pi_300gev) X = 0., Y = -5.5, Presh+Sandwich hb.pi_300_tower1(o_pi_300_tower1) Tower 1, all modules, X=-17,Y=20.1 hb.pi_300_tower3(o_pi_300_tower3) Tower 3, all modules, X=-20.1,Y=0 hb.pi_350gev (o_pi_350gev) X = 0., Y = -5.5, Presh+Sandwich hb.pi_350tower1 (o_pi_350_tower1) Tower 1, all modules, X=-17,Y=20.1 hb.pi_350tower3 (o_pi_350_tower3 Tower 3, all modules, X=-20.1,Y=0