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87Sr.in
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87Sr.in
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$------------------------------------------------
$ Ground state transition
$ with values from literature
$ using Seth et al. 1974 Phys. Rev. C 10 1928
r0target
JBIGA=9/2 parbiga=+1
REACTION: 87Sr(d,p)88Sr(2+ 0.0) ELAB=12
PARAMETERSET alpha2
PROJECTILE
$ASYMPTOPIA 6.97
R=1 A=0.5 WAVEFUNCTION=REID L=0
Rc=1.2
;
TARGET
$ASYMPTOPIA 25.48
NODES=1
R0=1.25 A=.63 L=2 Jp=5/2
VSO=7 RSO0=1.10 ASO=.5
;
INCOMING
$Deuteron potential calculated for Z=38 A=87 E_d=12
$Using Lohr potential
$Charge Radius
RC0 = 1.3
$Real Volume Terms
V = 110.0
R0 = 1.05
A = 0.86
$Imaginary Surface Terms
VSI = 10.0
RSI0 = 1.45
ASI= 0.80
$Real Spin-Orbit Terms
VSO = 7.0
RSO0 = 0.75
ASO = 0.50
;
OUTGOING
$Proton potential calculated for Z=38 A=88 E_p=16
$Bechetti
$Charge Radius
RC0 = 1.3
$Real Volume Terms
V = 55.25
R0 = 1.17
A = 0.75
$Imaginary Volume Terms
VI = 1.04
RI0 = 1.32
AI = 0.60
$Imaginary Surface Terms
VSI = 9.19
RSI0 = 1.32
ASI= 0.60
$Real Spin-Orbit Terms
VSO = 6.2
RSO0 = 1.01
ASO = 0.75
;
ANGLEMAX=180 anglestep = 1
;
writens crosssec
reset
print 0
$------------------------------------------------
$ Ground state transition
$ with values from literature
$ using Seth et al. 1974 Phys. Rev. C 10 1928
r0target
JBIGA=9/2 parbiga=+1
REACTION: 87Sr(d,p)88Sr(4+ 0.0) ELAB=12
PARAMETERSET alpha2
PROJECTILE
$ASYMPTOPIA 6.97
R=1 A=0.5 WAVEFUNCTION=REID L=0
Rc=1.2
;
TARGET
$ASYMPTOPIA 25.48
NODES=1
R0=1.25 A=.63 L=0
VSO=7 RSO0=1.10 ASO=.5
;
INCOMING
$Deuteron potential calculated for Z=38 A=87 E_d=12
$Using Lohr potential
$Charge Radius
RC0 = 1.3
$Real Volume Terms
V = 110.0
R0 = 1.05
A = 0.86
$Imaginary Surface Terms
VSI = 10.0
RSI0 = 1.45
ASI= 0.80
$Real Spin-Orbit Terms
VSO = 7.0
RSO0 = 0.75
ASO = 0.50
;
OUTGOING
$Proton potential calculated for Z=38 A=88 E_p=16
$Bechetti
$Charge Radius
RC0 = 1.3
$Real Volume Terms
V = 55.25
R0 = 1.17
A = 0.75
$Imaginary Volume Terms
VI = 1.04
RI0 = 1.32
AI = 0.60
$Imaginary Surface Terms
VSI = 9.19
RSI0 = 1.32
ASI= 0.60
$Real Spin-Orbit Terms
VSO = 6.2
RSO0 = 1.01
ASO = 0.75
;
ANGLEMAX=180 anglestep = 1
;
writens crosssec
end