ZGOUBI USERS' GUIDE - HEP

Keywords and input data formatting 161³³³, ‰, ‰777, ‰, ‰>>>£@q4wwwµî q¾qµî>¥£M¾µîT«DIPOLEDipole magnet¡ • N´ ¡ 4 ¨¬ µ î ¿ ¡ µ¬ µ î ¿ µ¬ µ î ¿ µ£ ¾: print field and coordinates along trajectories\ w @I´v , 1 2, Total angular extent of the dipole; reference radius deg, cm 2*E¤÷¨¤÷¨ q "ACENT, ¡ 4, £ , ¡ ,Azimuth for positioning of EFBs; field and field indices deg., kG, 5*E3*no dim.ENTRANCE FIELD BOUNDARY, Fringe field extent (normally ] gap size); unused. cm, unused 2*E3'6Exponential type fringe field¥ with7Z ¥/$ ¯‡°±3'£ ², ² 4 w ² M, shift unused; ² 4EFB shiftto ² M: see above; 0-6, 6* I,7*Eno dim., cm ² ²CBEBDB? ² M ¥- ² > ¥ à ‰, Å , 1 7, ‰, ‰1 > 7ed‰> x 1 7ed > x, Azimuth of entrance EFB with respect to ACENT; 2*deg, 4*cm 6*Ewedge angle of EFB; radii and linearextents of EFB (use when )(Note : ³ †\, ÃS‰ = ACENT and Å †\for sharp edge)EXIT FIELD BOUNDARY(See ENTRANCE FIELD BOUNDARY)6 , Fringe field parameters cm, unused 2*E, shift 0-6, 6*no 1, 7*Edim., cm£ ², ² 4 w ² MÃ*¬, Å , 1 7, 1 > Positioning and shape of the exit EFB 2*deg, 4*cm 6*E(Note : ³ †\, Ã*¬ sharp edge)ŕ ACENT and Å †\forLATERAL FIELD BOUNDARY(See ENTRANCE FIELD BOUNDARY), 6 LATERAL EFB is inhibited if 6 C\cm, unused 2*E£ ², ² 4 w ² M, shift 0-6, 6*no 1, 7*Edim., cmÃ*¬, Å , 1 7, 1 > , Positioning and shape of the exit EFB 2*deg, 5*cm 7*E(Note : ³ †\, Ã*¬ sharp edge)ŕ ACENT and Å †\for1 2 U