The following test case calculates the inelastic and transfer cross sections for the reactions induced by 19F on 28Si at 60.0 MeV. A Triton-Oxygen cluster structure is assumed for 19F, with the potentials for the triton and the oxygen core being folded together to give a diagonal Watanabe potential for elastic 19F scattering as well as the couplings to the inelastic 1/2+ state. These elastic and inelastic channels are coupled together to all orders, then a finite-range transfer step is calculated for the ê16O + ê31P channel, thus performing a CCBA calculation.
The Card types and line numbers added here only for convenience:
0 04 Test run: CCBA calculation 28Si(19F,16O) 31P, cluster form factors. 1 05 0.10 25.0 0.50 0.100 3. 2 06 0. 80. .01 F F 3 07 1 0.0 60.0 2.5 4 08 0.00 1 2 0 30 0 0.0 5 09 1 2 0 0 1 0 0 0 0 0 6 10 19-F 19.0 9.0 2 28-SI 28.0 14.0 0.0 7 11 0.5 +1 0.0 0 0.0 +1 0.0 7 12 2.5 +1 0.2 6 13 16-O 16.0 8.0 1 31-P 31.0 15.0 6.199 7 14 0.0 +1 0.0 0 0.5 +1 0.0 8 15 9 16 1 0 0 28.0 19.0 1.2 9 17 2 0 0 31.0 16.0 1.35 10 18 2 1 0 31.20 1.45 0.47 15.10 1.270 0.310 10 19 2 3 0 0.75 1.24 0.37 9 20 3 0 0 19.0 0.0 1.25 0.65 10 21 3 1 0 115.00 1.250 0.650 10 22 3 3 0 6.30 1.25 0.650 9 23 4 0 0 31.0 0.0 1.25 0.65 10 24 4 1 0 99.000 1.250 0.650 10 25 4 3 0 6.30 1.25 0.650 9 26 5 0 0 28.0 0.0 1.2 10 27 5 1 0 27.00 2.42452 0.460 11.66 2.14456 0.238 9 28 6 0 0 28.0 0.0 1.25 0.65 10 29 6 1 0 160.00 1.07 0.72 37.0 1.35 0.88 10 30 6 3 0 10.0 0.85 0.850 12 31 0 13 32 1 1 2 1 0 4 0 0.5 0.5 3 0 11.73 1 0 0 13 33 2 1 2 2 0 4 0 0.5 0.5 4 0 17.899 1 0 0 13 34 3 1 2 1 0 3 2 0.5 2.5 3 0 11.53 1 0 0 13 35 0 15 36 2 1 7 0 0 0 16 37 1 1 1 1 1.00 16 38 1 2 1 3 1.00 16 39 -2 1 1 2 1.00 15 40 1 2 3 4 1 0 6.0 5.0 16 41 18 42 0 1 1 19 43 60.0
A namelist version of the above input is:
Test run: CCBA calculation 28Si(19F,16O) 31P, cluster form factors.
NAMELIST
&FRESCO
hcm=.10 rmatch=25 rintp=0.50 hnl=0.100 rnl=3.
jtmin=0. jtmax=80 absend=.01 kqmax=1 thmin=0. thmax=60.0 thinc=2.5
iter=1 iblock=2 nnu=30 chans=1 listcc=2 smats=1 elab=60.0
/
&PARTITION
namep='19-F' massp=19. zp=9 nex=2 namet='28-SI' masst=28 zt=14 /
&states Jp=0.5 Bandp=+1 Ep=0.0 cpot=1 Jt=0.0 bandt=+1 Et=0.0 /
&states Jp=2.5 Bandp=+1 Ep=0.2 /
&PARTITION
namep='16-O' massp=16. zp=8 nex=1 namet='31-P' masst=31 zt=15 qval=6.199/
&states Jp=0.0 Bandp=+1 Ep=0.0 cpot=2 Jt=0.5 bandt=+1 Et=0.0 /
&partition /
&pot kp=1 At=28.0 Ap=19.0 Rc=1.2 /
&pot kp=2 At=31.0 Ap=16.0 Rc=1.35
V=31.20 rv=1.45 av=0.47 W=15.10 rw=1.270 aw=0.310
Vso=0.75 rso=1.24 aso=0.37 /
&pot kp=3 At=19.0 Rc=1.25 ac=0.65
V=115.00 rv=1.250 av=0.650 Vso=6.30 rso=1.25 aso=0.650 /
&pot kp=4 At=31.0 Rc=1.25 ac=0.65 V=99.000 rv=1.250 av=0.650
Vso=6.30 rso=1.25 aso=0.650 /
&pot kp=5 At=28.0 Rc=1.2
V=27.00 rv=2.42452 av=0.460 W=11.66 rw=2.14456 aw=0.238 /
&pot kp=6 At=28.0 Rc=1.25 ac=0.65
V=160.00 rv=1.07 av=0.72 W=37.0 rw=1.35 aw=0.88
Vso=10.0 rso=0.85 aso=0.850 /
&pot /
&OVERLAP kn1=1 ic1=1 ic2=2 in=1 kind=0 nn=4 l=0 sn=.5 j=0.5 kbpot=3 be=11.73 isc=1 /
&OVERLAP kn1=2 ic1=1 ic2=2 in=2 kind=0 nn=4 l=0 sn=.5 j=0.5 kbpot=4 be=17.899 isc=1 /
&OVERLAP kn1=3 ic1=1 ic2=2 in=1 kind=0 nn=3 l=2 sn=.5 j=2.5 kbpot=3 be=11.53 isc=1 /
&overlap /
&COUPLING icto=2 icfrom=1 kind=7 ip1=0 ip2=0 ip3=0/
&cfp in=1 ib=1 ia=1 kn=1 a=1.00 /
&cfp in=1 ib=2 ia=1 kn=3 a=1.00 /
&cfp in=2 ib=1 ia=1 kn=2 a=1.00 /
&cfp /
&COUPLING icto=1 icfrom=2 kind=3 ip1=4 ip2=1 ip3=0 kfrag=6 kcore=5/