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本文把正常核物质的Brueckner一阶微扰论推广到核物质情况研究束缚能E/B的变化.对核物质束缚能E/B的计算结果给出定性正确的密度相关行为,核物质的E/B~PB曲线极小值位于较高的密度,高于正常核物质的相应极小值的位置.
In this paper, we generalize the Brueckner first-order perturbation theory of normal nuclear matter to the change of bound energy E / B of nuclear matter. The results of the bounding energy E / B of nuclear material give a qualitatively correct density-related behavior. The minimum E / B-PB curve of nuclear material is at a higher density than the corresponding minimum of normal nuclear matter .