RBBG方程的推导

本文对RBBG方程作了详细的推导。

Relativistic Description of Proton Scattering on ^(16)O,^(40)Ca and ^(208)Pb at 800 MeV

Relativistic microscopic optical potential of the nucleon-nucleus scattering isobtained from the relativistic Brueckner-Bethe-Goldstone（RBBG）equation.The com-plex effective mass of a nucleon in the medium is phenomenologically determined by afit to P-40Ca scattering data at Ep=200 MeV.The behavior of the optical potential witha complex effective mass for P-40Ca scattering at Ep=200 MeV is compared with that ofa real effective mass.The relativistic microscopic optical potentials with both the com-plex and real effective masses,obtained from the RBBG equation,are used to studyp-16O,40Ca and 208Pb scattering problem at Ep=800 MeV.The calculated results,suchas cross sections and spin observables,are theoretical prediction and are compared withexperimental data.

用相对论Brueckner-Bethe-Goldstone方程研究相对论微观光学位

本文用相对论Brueckner-Bethe-Goldstone(RBBG)方程研究核子-核的相对论微观光学势。核子的复有效质量是通过入射能量为200MeV的质子-^(40)Ca散射数据来确定,由此进一步研究了质子对不同靶核:^(16)O,^(40)Ca,^(90)Zr,^(208)Pb能量范围从160—800MeV的相对论微观光学位。我们用这种微观光学位研究了入射能量为200MeV质子与^(40)Ca的弹性散射,并与唯象相对论光学位计算得到的截面,自旋可观测量进行了比较。