Nucleon transfer reactions within Distorted Wave Born Approximation[1]

               
Entrance channel
Projectile Spin r0 fm
Target Spin r0 fm
Energy Lab CM E/A MeV
Transfered particle
Stripping Pick-up
Spin
Exit channel
Ejectile Spin r0 fm E* MeV
Target like Spin r0 fm E* MeV
Energy Lab CM E/A MeV
Q   MeV
Calculation parameters
Θmin ΔΘ NΘ Lmax Rmax fm dR fm
Spectroscopic factors: Sin Sout Post-form Prior-form ? Save the input for  
Optical model potential   ?
V0 MeV r0 fm   a fm
VD MeV rD fm   aD fm
V0 MeV r0 fm   a fm
VD MeV rD fm aD fm
  b0 fm  
  r0 Coul fm    
Absorptive potential   ?
W0 MeV r0 fm a fm
WD MeV rD fm aD fm
W0 MeV r0 fm a fm
WD MeV rD fm aD fm
Spin-orbit interaction (Thomas form-factor)   ?
Vso MeV  
Wso MeV rso fm aso fm
Optical model potential ?
V0 MeV r0 fm   a fm
VD MeV rD fm   aD fm
V0 MeV r0 fm   a fm
VD MeV rD fm aD fm
  b0 fm  
  r0 Coul fm    
Absorptive potential   ?
W0 MeV r0 fm a fm
WD MeV rD fm aD fm
W0 MeV r0 fm a fm
WD MeV rD fm aD fm
Spin-orbit interaction (Thomas form-factor)   ?
Vso MeV  
Wso MeV rso fm aso fm
Transfered particle bound state:
Jtr  
Ltr Ebound MeV  
Str  
Nr show all levels

Interaction Potential   ?
V0 MeV rv fm Rv fm   av fm
V0 MeV rv fm Rv fm      
rC fm RC fm    

Transfered particle bound state:
Jtr  
Ltr Ebound MeV  
Str  
Nr show all levels

Interaction Potential   ?
V0 MeV rv fm Rv fm   av fm
V0 MeV rv fm Rv fm      
rC fm RC fm    

  Reaction   pick-up stripping angle (deg)         cross-section         error (%)
Projectile
Target
Transferred particle
Final state  
Final state exc. energy MeV
Energy MeV
Energy system   lab cm
Angle system   lab cm
Cross section units

[1] Resource is based on the DWUCK5 code of P. Kunz
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