ZGOUBI USERS' GUIDE - HEP

240 3 IN-FLIGHT DECAY IN SPES 3zgoubi data fileSIMULATION OF PION IN-FLIGHT DECAY IN SPES3’MCOBJET’ 13360. REFERENCE RIGIDITY (PION).1 DISTRIBUTION IN WINDOW.200 BUNCHES OF 200 PARTICLES.1 1 1 1 1 1 UNIFORM DISTRIBUTION0. 0. 0. 0. 0. 1. CENTRAL VALUES OF BARS..5e-2 50.e-3 .5e-2 50.e-3 0. 0.4 WIDTH OF BARS.1 1 1 1 1 1 CUT-OFFS (UNUSED)9 9. 9. 9. 9. UNUSED.186387 548728 472874 SEEDS.’PARTICUL’ 2139.6000 0. 0. 26.03E-9 0. PION MASS AND LIFE TIME’MCDESINT’ 3105.66 0. PION -> MUON + NEUTRINODECAY136928 768370 548375’ESL’ 477.3627’CHAMBR’ STOPS ABERRANT MUONS. 511 100. 10. 245. 0.’DIPOLE’ 62 0 0180 13030 0. 0. 0.80. 33. 208.5 140. 350.46. -1.4. .14552 5.21405 -3.38307 14.0629 0. 0. 0.15. 0. -65. 0. 0. -65.46. -1.4. .14552 5.21405 -3.38307 14.0629 0. 0. 0.-15. 69. 85. 0. 1.E6 1.E6024.2164.755 .479966 233.554 -.057963’CHAMBR’ 721 100. 10. 245. 0.’CHANGREF’ TILT ANGLE OF 80. 0. -49. FOCAL PLANE.’HISTO’ TOTAL SPECTRUM (PION + MUON). 92 -170. 130. 60 120 ’Y’ 1 ’Q’’HISTO’ PION SPATIAL SPECTRUM 102 -170. 130. 60 2 AT FOCAL PLANE.20 ’P’ 1 ’P’’HISTO’ MUON SPATIAL SPECTRUM 112 -170. 130. 60 3 AT FOCAL PLANE.20 ’y’ 1 ’S’’HISTO’ MUON MOMENTUM SPECTRUM 121 .2 1.7 60 3 AT FOCAL PLANE.20 ’d’ 1 ’S’’REBELOTE’ (49+1) RUNS = CALCULATION OF 1349 0.1 0 (49+1)*200 TRAJECTORIES.’END’ 14