nd phase rotation unipolar graded windows (DEC00 2.15 S7a) macros $cont npart=5000 nsections=1 timelim=500. bgen=.false. varstep=.true. nprnt=1 prlevel=-1 epsstep=1e-4 ntuple=.false. phasemodel=3 neighbor=.false. dectrk=.true. fsav=.true. izfile=175 bunchcut=1. spin=.true. output1=.true. timelim=9999 $ $bmt nbeamtyp=1 $ 1 3 1. 1 ! 2ndary pion 0. 0.0 0.179 0. 0. 0.200 !mean: x y z px py pz 0. 0. 0. 0.0 0.0 0. !sigs 0 $ints ldecay=.true. declev=1 ldedx=.true. lstrag=.true. lscatter=.true. delev=2 straglev=4 scatlev=4 $ $nhs nhist=2 hauto=.true. hcprn=.false. $ -0.05 2e-3 50 1 1 -0.05 2e-3 50 2 1 $nsc nscat=1 sauto=.true. $ -0.6e-9 3e-11 40 7 1 -0.050 5e-3 20 6 1 $nzh nzhist=1 zhauto=.true. $ 4 0. 0.02857 70 0 0.01 20 $nrh nrhist=0 $ $nem nemit=10 pxycorr=.true. $ 1 5 10 15 20 25 30 35 40 45 $ncv ncovar=1 $ 28 SECTION REFP 3 .4 0. 0 3 ! 0 3 .115 0 22 CELL 1 \sheet %logical=.true. %model=3 %fileno=19 %gridz=0.02 %gridr=0.011 %longz=19 %rad=0.3 %cutoff=20 %inter=2 %fileout=80 %calc=0 !taper from 20 T to 1.25 T OUTPUT \block %length=0.6 %stepsize=0.02 %rmax=0.10 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=12.0 %stepsize=0.02 %rmax=0.30 %material=VAC ! 12 m drift (17.6 m from start) \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT ENDCELL !jcg INPUT HAROLD KIRK LATTICE CELL !start fixed 1.25 T solenoid 1 \sheet %logical=.false. %model=3 %fileno=27 %gridz=0.02 %gridr=0.011 %longz=19 %rad=0.3 %cutoff=20 %inter=2 %fileout=79 %calc=0 !fixed 1.25 T solenoid OUTPUT !\block %length=18.0 %stepsize=0.02 %rmax=0.30 %material=VAC !18 M DRIFT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT ENDCELL CELL !============== 100 m (5 x 20m) induction 1 5 \sheet %logical=.false. %model=3 %fileno=27 %gridz=0.02 %gridr=0.011 %longz=20.02 %rad=0.3 %cutoff=20 %inter=2 %fileout=78 %calc=0 !fixed 1.25 T solenoid OUTPUT !\block %length=9.0 %stepsize=0.1 %rmax=0.30 %material=VAC ! SPACER 9 M \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \induc %length=2. %stepsize=0.02 %rmax2=0.3 %model=8 %timeoffset=0 %gap=0.2 %timereset=1 %fileno=50 %inter=2 %material=VAC OUTPUT !\block %length=9.0 %stepsize=0.1 %rmax=0.30 %material=VAC ! SPACER 9 m \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT ENDCELL CELL !================== mini cool 1 \sheet %logical=.false. %model=3 %fileno=22 %gridz=0.2 %gridr=0.05 %longz=22 %rad=0.5 %cutoff=10.5 %inter=2 %fileout=81 %calc=0 OUTPUT !\block %length=3.3 %stepsize=0.03 %rmax=0.30 %material=VAC ! \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.3 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT !jcg NEED AL WINDOW. DONE; NOTICE SIZE WINDOW \block %length=300.e-6 %stepsize=10.e-6 %rmax=0.30 %material=AL !Hydrogen wind OUTPUT \block %length=1.7 %stepsize=0.03 %rmax=0.30 %material=LH !1.2 (1.8) m hydrogen !jcg NEED AL WINDOW. DONE; NOTICE SIZE WINDOW \block %length=300.e-6 %stepsize=10.e-6 %rmax=0.30 %material=AL !Hydrogen wind REPEAT !DO WE NEED 1 M RAD jcg 5 OUTPUT \block %length=0.5 %stepsize=0.03 %rmax=0.50 %material=VAC !field reversal \block %length=0.5 %stepsize=0.03 %rmax=0.50 %material=VAC !field reversal \block %length=0.5 %stepsize=0.03 %rmax=0.50 %material=VAC !field reversal \block %length=0.5 %stepsize=0.03 %rmax=0.50 %material=VAC !field reversal ENDREPEAT !jcg NEED AL WINDOW. DONE; NOTICE SIZE WINDOW \block %length=300.e-6 %stepsize=10.e-6 %rmax=0.30 %material=AL !Hydrogen wind OUTPUT \block %length=1.8 %stepsize=0.003 %rmax=0.30 %material=LH !2.3 (.7) m hydrogen !jcg NEED AL WINDOW. DONE; NOTICE SIZE WINDOW \block %length=300.e-6 %stepsize=10.e-6 %rmax=0.30 %material=AL !Hydrogen wind OUTPUT !\block %length=3.2 %stepsize=0.03 %rmax=0.30 %material=VAC !2.7 (3.8) m drift \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.2 %stepsize=0.02 %rmax=0.30 %material=VAC ! OUTPUT ENDCELL REFP 2 0.275 0. 0 3 CELL 1 \sheet %logical=.false. %model=3 %fileno=28 %gridz=0.02 %gridr=0.05 %longz=20.02 %rad=0.3 %cutoff=15 %inter=2 %fileout=81 %calc=0 \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=20. %stepsize=0.1 %rmax=0.30 %material=VAC ! ENDCELL CELL ! 80 m (5x16 m) induction 2 5 \sheet %logical=.false. %model=3 %fileno=28 %gridz=0.02 %gridr=0.05 %longz=16.02 %rad=0.3 %cutoff=15 %inter=2 %fileout=81 %calc=0 \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=7.0 %stepsize=0.1 %rmax=0.30 %material=VAC ! \induc %length=2. %stepsize=0.02 %rmax2=0.3 %model=8 %timeoffset=6.e-9 %gap=0.2 %timereset=1 %fileno=61 %inter=2 %material=VAC OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=7.0 %stepsize=0.1 %rmax=0.30 %material=VAC ! ENDCELL CELL !==================== 30 m DRIFT new induction jcg 1 \sheet %logical=.false. %model=3 %fileno=28 %gridz=0.02 %gridr=0.05 %longz=30.02 %rad=0.3 %cutoff=15 %inter=2 %fileout=81 %calc=0 OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=30. %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT ENDCELL CELL ! 80 m (5x16 m) induction 3 5 \sheet %logical=.false. %model=3 %fileno=28 %gridz=0.02 %gridr=0.05 %longz=16.02 %rad=0.3 %cutoff=15 %inter=2 %fileout=81 %calc=0 \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=7.0 %stepsize=0.1 %rmax=0.30 %material=VAC ! \induc %length=2. %stepsize=0.02 %rmax2=0.3 %model=8 %timeoffset=10.e-9 %gap=0.2 %timereset=1 %fileno=60 %inter=2 %material=VAC \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT !\block %length=7.0 %stepsize=0.1 %rmax=0.30 %material=VAC ! ENDCELL CELL 1 \sheet %logical=.false. %model=3 %fileno=28 %gridz=0.01 %gridr=0.01 %longz=1.02 %rad=0.3 %cutoff=15 %inter=2 %fileout=81 %calc=0 !jcg NEXT IS A FAKE CAVITY TO PRODUCE 1 MEV ENERGY DECREASE; NO WINDOWS NEEDED \pill-box %length=1.0 %stepsize=0.01942 %rmax3=0.3 %model=1. %RFfreq=0.01 %peakgrad=1. %phase=-90. %material=VAC ! OUTPUT ENDCELL CELL !=================================match to super fofo 1 !jcg NEW FILE 42; FROM RICK \sheet %logical=.true. %model=3 %fileno=42 %gridz=0.02 %gridr=0.01 %longz=11.26 %rad=0.4 %cutoff=5 %inter=2 %fileout=82 %calc=0 REPEAT 4 \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.30 %material=VAC ! OUTPUT \block %length=0.25 %stepsize=0.1 %rmax=0.30 %material=VAC ! !\block %length=2.75 %stepsize=0.005 %rmax=0.60 %material=VAC ENDR \block %length=0.001 %stepsize=0.0005 %rmax=0.30 %material=VAC ENDCELL REFP 2 0.200 0. 5.7 3 !=============================buncher CELL !-------- 1 cell with 1 harmonic, 4 reg rf, 1 harmonic 1 \sheet %logical=.true. %model=3 %fileno=29 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5. %inter=2 %fileout=83 %calc=0 OUTPUT \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window \pill-box %length=0.186 %stepsize=0.005 %rmax3=0.2 %model=2. %RFfreq=402.5 %peakgrad=-6.4 %phase=0 %material=VAC ! harmonic \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window OUTPUT \block %length=0.443 %stepsize=5.e-3 %rmax=0.50 %material=VAC ! 1st free \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.25 %material=BE ! rf window REPEAT 4 !--------- 4 regular RF \pill-box %length=0.3728 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=6.4 %phase=0 %material=VAC ! \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.25 %material=BE ! rf window ENDR OUTPUT \block %length=0.443 %stepsize=5.e-3 %rmax=0.50 %material=VAC ! 1st free \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window \pill-box %length=0.186 %stepsize=0.005 %rmax3=0.2 %model=2. %RFfreq=402.5 %peakgrad=-6.4 %phase=0 %material=VAC ! harmonic ENDCELL CELL ! one cell WITH WINDOW 1 !jcg HERE WE NEED TO ALTERNATE THE SIGN OF THE FIELD; INTRODUCE 24 \sheet %logical=.true. %model=3 %fileno=24 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5. %inter=2 %fileout=0 %calc=0 OUTPUT \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.25 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT !\block %length=2.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC ! ENDCELL CELL 9 \sheet %logical=.true. %model=3 %fileno=29 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5 %inter=2 %fileout=0 %calc=0 \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.5 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT \block %length=0.25 %stepsize=0.1 %rmax=0.50 %material=VAC ! OUTPUT !\block %length=2.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT ENDCELL CELL !-------- 2ND RF 2 \sheet %logical=.true. %model=3 %fileno=24 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5 %inter=2 %fileout=0 %calc=0 OUTPUT \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window \pill-box %length=0.186 %stepsize=0.005 %rmax3=0.2 %model=2. %RFfreq=402.5 %peakgrad=-6. %phase=0 %material=VAC ! harmonic \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window OUTPUT \block %length=0.443 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.25 %material=BE ! rf window REPEAT 4 !--------- 4 RF \pill-box %length=0.3748 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=6.0 %phase=0 %material=VAC ! harmonic \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.25 %material=BE ! rf window ENDR OUTPUT \block %length=0.443 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window \pill-box %length=0.186 %stepsize=0.005 %rmax3=0.2 %model=2. %RFfreq=402.5 %peakgrad=-6.0 %phase=0 %material=VAC ! harmonic ENDCELL CELL ! -------------- one cell WITH WINDOW 1 \sheet %logical=.true. %model=3 %fileno=24 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5. %inter=2 %fileout=0 %calc=0 \block %length=75.e-6 %stepsize=10.e-6 %rmax=0.20 %material=BE ! rf window OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT OUTPUT \block %length=0.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT OUTPUT !\block %length=2.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT ENDCELL CELL 2 \sheet %logical=.true. %model=3 %fileno=29 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5.0 %inter=2 %fileout=0 %calc=0 OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !2nd DRIFT OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !2nd DRIFT OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !2nd DRIFT OUTPUT \block %length=0.5 %stepsize=1.e-3 %rmax=0.50 %material=VAC !2nd DRIFT OUTPUT \block %length=0.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC !2nd DRIFT OUTPUT !\block %length=2.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC !2nd DRIFT ENDCELL CELL !==============================3RD RF 2 \sheet %logical=.true. %model=3 %fileno=29 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.62 %cutoff=5. %inter=2 %fileout=0 %calc=0 !jcg GRADIENT ZERO \pill-box %length=0.186 %stepsize=0.005 %rmax3=0.2 %model=2. %RFfreq=402.5 %peakgrad=0 %phase=0 %material=VAC ! harmonic dummy !jcg NO NEED RF WINDOW OUTPUT \block %length=0.44108 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.25 %material=BE ! rf window REPEAT 4 !--------- 4 RF \pill-box %length=0.3748 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=8.0 %phase=12. %material=VAC ! rf \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.25 %material=BE ! rf window ENDR OUTPUT \block %length=0.44108 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT !jcg GRADIENT IS ZERO \pill-box %length=0.186 %stepsize=0.005 %rmax3=0.2 %model=2. %RFfreq=402.5 %peakgrad=0 %phase=0 %material=VAC ! harmonic DUMMY !jcg NO NEED RF WINDOW ENDCELL CELL ! -------------- one cell WITH WINDOW DUMMY 1 \sheet %logical=.true. %model=3 %fileno=29 %gridz=0.02 %gridr=0.02 %longz=2.8 %rad=0.65 %cutoff=5.0 %inter=2 %fileout=0 %calc=0 \block %length=125.e-6 %stepsize=10.e-6 %rmax=0.25 %material=VAC !rf wind dummy OUTPUT \block %length=2.75 %stepsize=1.e-3 %rmax=0.50 %material=VAC !1ST DRIFT OUTPUT ENDCELL CELL !(begining of cell (1,1)) 1 \sheet %logical=.true. %model=3 %fileno=24 %gridz=0.02 %gridr=0.02 %longz=3.0 %rad=0.65 %cutoff=5.0 %inter=2 %fileout=0 %calc=0 OUTPUT \block %length=2.57464 %stepsize=1.e-3 %rmax=0.50 %material=VAC !3rd DRIFT ! jcg NEED AL WINDOW. DONE \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !Hydrogen wind ! jcg 1/2 Hydrogen is missing OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH !1/2 Hydrogen ENDCELL REFP 2 0.2 0. 0 3 CELL ! cool (1,1) 4 \sheet %logical=.true. %model=3 %fileno=29 %gridz=0.01 %gridr=0.01 %longz=2.8 %rad=0.4 %cutoff=5. %inter=2 %fileout=84 %calc=0 ! rcf ELIMINATED 1 MM DRIFT OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH !1/2 Hydrogen \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !Hydrogen wind ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.40 %material=VAC !1st DRIFT \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! RF GRADED BE \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf wind ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40 %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.40 %material=VAC !1st DRIFT \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !Hydrogen wind OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH !2nd absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC !dummy ENDCELL CELL 1 \sheet %logical=.true. %model=3 %fileno=74 %gridz=0.01 %gridr=0.01 %longz=5.7 %rad=0.4 %cutoff=5. %inter=2 %fileout=85 %calc=0 ! rcf ELIMINATED 1 MM DRIFT OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH !2nd absorber \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !Hydrogen wind ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.40 %material=VAC !1st DRIFT \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! RF GRADED WIN BE \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf window ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! !jcg NOTICE CHANGE 0.21====> 0.18 \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.4 %material=VAC !free \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !H window OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !H window ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.4 %material=VAC !free \block2 %length1=200.e-6 %stepsize1=1.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf window ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=1.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE !RF GRADED WIND BE !jcg NOTICE CHANGE 0.21====> 0.18 \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.4 %material=VAC !free \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !H window OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL !cool (1,2) 4 \sheet %logical=.true. %model=3 %fileno=30 %gridz=0.01 %gridr=0.01 %longz=2.8 %rad=0.4 %cutoff=5.0 %inter=2 %fileout=86 %calc=0 OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL !H window OUTPUT \block %length=0.26509 %stepsize=1.e-3 %rmax=0.4 %material=VAC !free \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf window ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window OUTPUT \block %length=0.26509 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! H wind OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL ! cool match 1,2 to 1,3 1 \sheet %logical=.true. %model=3 %fileno=75 %gridz=0.01 %gridr=0.01 %longz=5.7 %rad=0.4 %cutoff=5. %inter=2 %fileout=87 %calc=0 OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! H wind ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26512 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf !jcg NEED 700 MICRONS? \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf window ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26512 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! H wind OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.15 %material=LH ! 2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.15 %material=LH ! 2nd 1/2 absorber \block %length=300.e-6 %stepsize=10.e-6 %rmax=0.15 %material=AL ! H wind ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26512 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block2 %length1=200.e-6 %stepsize1=1.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf window ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26512 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! H wind OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 1ST 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL !cool (1,3) 4 \sheet %logical=.true. %model=3 %fileno=31 %gridz=0.01 %gridr=0.01 %longz=2.8 %rad=0.4 %cutoff=5. %inter=2 %fileout=88 %calc=0 OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! H wind ! rcf ADJUSTED DRIFT LENGTH OUTPUT \block %length=0.26509 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window REPEAT 3 \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf window ENDR \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=40. %material=VAC ! rf \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf window OUTPUT \block %length=0.26509 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! OUTPUT ! jcg check radius 0.13 of LH and thickness of wind \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 1ST 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL !cool match 1,3 to 2,1 (t51u to s31u) 1 \sheet %logical=.true. %model=3 %fileno=73 %gridz=0.01 %gridr=0.01 %longz=4.5 %rad=0.4 %cutoff=5. %inter=2 %fileout=89 %calc=0 OUTPUT ! jcg check radius of AL window \block %length=0.175 %stepsize=1.e-3 %rmax=0.18 %material=LH ! 2nd 1/2 absorber !jcg FIRST AL WIND IS 260 MICRO AND 0.13 M \block %length=360.e-6 %stepsize=10.e-6 %rmax=0.18 %material=AL ! H window OUTPUT \block %length=0.2640 %stepsize=2.e-3 %rmax=0.4 %material=VAC !free ! rcf ADD STEPPED RF WINDOWS TO THIS WHOLE SECTION \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE ! \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=18.8 %material=VAC ! rf 1 !jcg FIRST BE WIND IS 250 MICRO \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! RF GRADED WIND BE \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf wind \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=18.8 %material=VAC ! rf 2 \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! RF GRADED WIND BE \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf wind \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=18.8 %material=VAC ! rf 3 \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! RF GRADED WIND BE \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf wind \pill-box %length=0.4660 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=15.48 %phase=18.8 %material=VAC ! rf 4 \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! RF GRADED WIND BE \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf wind OUTPUT \block %length=0.2160 %stepsize=2.e-3 %rmax=0.4 %material=VAC ! \block %length=400.e-6 %stepsize=10.e-6 %rmax=0.4 %material=VAC !H window OUTPUT \block %length=0.175 %stepsize=1.e-3 %rmax=0.4 %material=VAC ! 2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.4 %material=VAC ! dummy REPEAT 1 OUTPUT \block %length=0.105 %stepsize=1.e-3 %rmax=0.4 %material=VAC ! 1 \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.4 %material=VAC ! H window OUTPUT \block %length=0.209 %stepsize=2.e-3 %rmax=0.4 %material=VAC ! 1st free \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! RF GRADED WIND BE \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE !rf wind \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=18.8 %material=VAC ! rf 1 \block2 %length1=700.e-6 %stepsize1=10.e-6 %rmax1=0.21 %material1=VAC %inrad=0.14 %ourad=0.21 %material2=BE ! RF GRADED WIND BE \block %length=700.e-6 %stepsize=10.e-6 %rmax=0.21 %material=BE !rf wind \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=18.8 %material=VAC ! rf 2 \block2 %length1=200.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! RF GRADED WIND BE \block %length=200.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE ! rf wind OUTPUT \block %length=0.159 %stepsize=2.e-3 %rmax=0.4 %material=VAC ! free \block %length=220.e-6 %stepsize=10.e-6 %rmax=0.11 %material=AL! hydrogen wind ! jcg window and LH are too big 0.2 ===> 0.11 \block %length=0.105 %stepsize=1.e-3 %rmax=0.11 %material=LH !2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDREPEAT ENDCELL CELL !cool s31t 3 rf cavity (2,1) 12 \sheet %logical=.true. %model=3 %fileno=32 %gridz=0.01 %gridr=0.01 %longz=1.7 %rad=0.4 %cutoff=5. %inter=2 %fileout=90 %calc=0 OUTPUT \block %length=0.105 %stepsize=3.e-3 %rmax=0.11 %material=LH ! 1/2 HYDROGEN \block %length=220.e-6 %stepsize=10.e-6 %rmax=0.11 %material=AL ! Hydrogen window OUTPUT \block %length=0.15995 %stepsize=2.e-3 %rmax=0.4 %material=VAC ! \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.15 %material=BE ! \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 1 \block2 %length1=380.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=380.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE ! \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 2 \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=10.e-6 %rmax=0.15 %material=BE ! rf window OUTPUT \block %length=0.15995 %stepsize=2.e-3 %rmax=0.4 %material=VAC ! free \block %length=220.e-6 %stepsize=10.e-6 %rmax=0.11 %material=AL !hydrogen wind \block %length=0.105 %stepsize=3.e-3 %rmax=0.11 %material=LH !2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL !cool match 2,1 to 2,2 1 ! rcf NEW MATCHING FILE 76 WITH OPPOSITE POLARITY \sheet %logical=.true. %model=3 %fileno=76 %gridz=0.01 %gridr=0.01 %longz=3.4 %rad=0.4 %cutoff=5. %inter=2 %fileout=91 %calc=0 REPEAT 2 OUTPUT \block %length=0.105 %stepsize=3.e-3 %rmax=0.11 %material=LH ! 1/2 HYDROGEN \block %length=220.e-6 %stepsize=10.e-6 %rmax=0.11 %material=AL !Hydrogen wind OUTPUT \block %length=0.15995 %stepsize=2.e-3 %rmax=0.4 %material=VAC ! 1st free \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=5.e-6 %rmax=0.15 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 1 \block2 %length1=380.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=380.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 2 \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=5.e-6 %rmax=0.15 %material=BE ! rf window OUTPUT \block %length=0.15995 %stepsize=2e-3 %rmax=0.4 %material=VAC ! free \block %length=220e-6 %stepsize=10e-6 %rmax=0.11 %material=AL !hydrogen window \block %length=0.105 %stepsize=3e-3 %rmax=0.11 %material=LH ! 2nd 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDREPEAT ENDCELL CELL !cool s32t 3 rf cavity (2,2) 8 \sheet %logical=.true. %model=3 %fileno=35 %gridz=0.01 %gridr=0.01 %longz=1.7 %rad=0.4 %cutoff=5. %inter=2 %fileout=92 %calc=0 OUTPUT \block %length=0.105 %stepsize=3e-3 %rmax=0.11 %material=LH ! 1/2 HYDROGEN \block %length=220e-6 %stepsize=10e-6 %rmax=0.11 %material=AL !Hydrogen window OUTPUT \block %length=0.15995 %stepsize=2e-3 %rmax=0.4 %material=VAC !1st free \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=50e-6 %rmax=0.15 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf \block2 %length1=380.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=380.e-6 %stepsize=10.e-6 %rmax=0.18 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=5.0e-6 %rmax=0.15 %material=BE ! rf window OUTPUT \block %length=0.15995 %stepsize=2e-3 %rmax=0.4 %material=VAC ! free \block %length=220.e-6 %stepsize=10.e-6 %rmax=0.11 %material=AL ! hydrogen wind OUTPUT \block %length=0.105 %stepsize=3.e-3 %rmax=0.11 %material=LH ! 1ST 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL !cool MATCH 2,2 TO 2,3 1 ! rcf NEW MATCHING FILE 77 WITH OPPOSITE POLARITY \sheet %logical=.true. %model=3 %fileno=77 %gridz=0.01 %gridr=0.01 %longz=3.4 %rad=0.4 %cutoff=5. %inter=2 %fileout=94 %calc=0 REPEAT 2 OUTPUT \block %length=0.105 %stepsize=3.e-3 %rmax=0.11 %material=LH !2ND 1/2 HYDROGEN \block %length=220.e-6 %stepsize=10.e-6 %rmax=0.11 %material=AL !Hydrogen wind OUTPUT \block %length=0.15995 %stepsize=2.e-3 %rmax=0.4 %material=VAC !1st free \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100e-6 %stepsize=5e-6 %rmax=0.15 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 1 \block2 %length1=380.e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=380e-6 %stepsize=10e-6 %rmax=0.18 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 2 \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100.e-6 %stepsize=5.0e-6 %rmax=0.15 %material=BE ! rf window OUTPUT \block %length=0.15995 %stepsize=2e-3 %rmax=0.4 %material=VAC ! free \block %length=220e-6 %stepsize=10.0e-6 %rmax=0.11 %material=AL ! hydrogen wind OUTPUT \block %length=0.105 %stepsize=3e-3 %rmax=0.11 %material=LH ! 1ST 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDREPEAT ENDCELL CELL !cool s33U part1 (2,3) 12 \sheet %logical=.true. %model=3 %fileno=33 %gridz=0.01 %gridr=0.01 %longz=1.7 %rad=0.4 %cutoff=5 %inter=2 %fileout=95 %calc=0 !jcg RADIUS IS 0.1 v 0.09 OUTPUT \block %length=0.105 %stepsize=3e-3 %rmax=0.11 %material=LH ! 1/2 HYDROGEN \block %length=220e-6 %stepsize=10.0e-6 %rmax=0.11 %material=AL !Hydrogen wind OUTPUT \block %length=0.15995 %stepsize=2e-3 %rmax=0.4 %material=VAC ! 1st free \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100e-6 %stepsize=5.0e-6 %rmax=0.15 %material=BE !rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 1 \block2 %length1=380.0e-6 %stepsize1=10.e-6 %rmax1=0.18 %material1=VAC %inrad=0.12 %ourad=0.18 %material2=BE ! \block %length=380.0e-6 %stepsize=10.0e-6 %rmax=0.18 %material=BE ! rf window \pill-box %length=0.5592 %stepsize=0.005 %rmax3=0.40 %model=2. %RFfreq=201.25 %peakgrad=16.72 %phase=40. %material=VAC ! rf 2 \block2 %length1=100.e-6 %stepsize1=10.e-6 %rmax1=0.15 %material1=VAC %inrad=0.10 %ourad=0.15 %material2=BE ! \block %length=100e-6 %stepsize=50e-6 %rmax=0.15 %material=BE ! rf window OUTPUT \block %length=0.15995 %stepsize=2e-3 %rmax=0.4 %material=VAC ! FREE \block %length=220.0e-6 %stepsize=10.0e-6 %rmax=0.11 %material=AL !hydroge wind OUTPUT \block %length=0.105 %stepsize=3e-3 %rmax=0.11 %material=LH ! 1/2 absorber OUTPUT \block %length=1.e-4 %stepsize=1.e-5 %rmax=0.25 %material=VAC ! dummy ENDCELL CELL !cool s33U part1 (2,3) 1 \sheet %logical=.true. %model=3 %fileno=33 %gridz=0.01 %gridr=0.01 %longz=1.7 %rad=0.4 %cutoff=5 %inter=2 %fileout=95 %calc=0 !jcg NEED AL WIND: DONE OUTPUT \block %length=0.105 %stepsize=3e-3 %rmax=0.11 %material=LH !2nd 1/2 absorber \block %length=220.0e-6 %stepsize=10.0e-6 %rmax=0.11 %material=AL !hydrogen win OUTPUT \block %length=0.1545 %stepsize=2e-3 %rmax=0.4 %material=VAC ! FREE ENDCELL ENDSECTION \def sheet %logical SHEET %model %fileno %gridz %gridr %longz %rad %cutoff %inter %fileout %calc 0 0 0 0 0 \enddef \def block SREGION %length 1 %stepsize 1 0 %rmax(1.0) NONE 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. %material CBLOCK 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. \enddef \def block2 SREGION %length1 2 %stepsize1 1 0 %rmax1(1.0) NONE 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. %material1 CBLOCK 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 2 %inrad %ourad NONE 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. %material2 CBLOCK 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. \enddef \def induc SREGION %length 1 %stepsize 1 0 %rmax2(1.0) ACCEL %model %timeoffset %gap %timereset %fileno %inter 0. 0. 0. 0. 0. 0. 0. 0. 0. %material CBLOCK 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. \enddef \def pill-box SREGION %length 1 %stepsize 1 0 %rmax3(1.0) ACCEL %model %RFfreq %peakgrad %phase 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. %material NONE 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. \enddef \def sol %logical1 SOL 1 0 0 0 %bfield 0 0 0 0 0 0 0 0 0 0 \enddef