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运用多次散射理论获得中能区的反质子光学势．这一光学势扩大到包含自旋轨道耦合项，并用它求得反质子的扭曲波．在扭曲波冲量近似下，讨论中能区反质子与原子核非弹性散射的微分截面和极化度．计算反质子能量从１８０－５０８ＭｅＶ间（１２）Ｃ（ ， ）（１２）Ｃ的２＋，３－态的和Ｐｆ（θ）．在低能端理论结果 能够很好的符合 实验．同时预言了更高能量下可能出现的 和Ｐｆ（θ）的理论结果．
Applying the theory of multiple scattering to obtain the antiproton optical potential of the medium energy region. This optical potential is expanded to include the spin-orbit coupling terms and used to find the anti-proton distorted wave. Under the approximation of the torsional wave impulse, the differential cross sections and polarizations of the inelastic scattering of protons and nuclei in the region can be discussed. Calculate the antiproton energy from 180-508 MeV (12) C (,) (12) C 2 +, 3-state and Pf (θ). The theory at the low-end can fit the experiment well. At the same time, the theoretical results of Pf (θ) that may appear under higher energy are also predicted.