Compare Benchmark Multipole Amplitudes

First Multipole Solution:

GW Low-Energy (s,p-wave) (BMLP) GW Low-Energy (s,p,d-wave) (BMLD)
RPI Low-Energy (RPBM) Hanstein (M1BM)
MAID Low-Energy (M2BM) Dyn. Model Low-Energy (M3BM)
MAID High-Energy (M4BM) Dyn. Model High-Energy (M5BM)
Aznauryan Low-Energy (YEBM) Omelaenko Low-Energy (KLBM)

Second Multipole Solution:

GW Low-Energy (s,p-wave) GW Low-Energy (s,p,d-wave)
GW High-Energy (f-wave) RPI Low-Energy
Hanstein (M1BM) MAID Low-Energy
Dyn. Model Low-Energy MAID High-Energy
Dyn. Model High-Energy Aznauryan Low-Energy
Omelaenko Low-Energy

Energy variable:


Elab Wcm

...[Lower]...[Increment]...[Upper]...Range of energy variable

Choose an associated pion-nucleon partial-wave amplitude:


        (P11 )(D13 )(F15 )(G17 )(H19 )
  (S11 )(P13 )(D15 )(F17 )(G19 )(H111)
        (P31 )(D33 )(F35 )(G37 )(H39 )
  (S31 )(P33 )(D35 )(F37 )(G39 )(H311)

Enter one of the above:


Choose a multipole type:


pE pM