The microscopic optical potential of finite nuclei is obtained with the local density approximation.
对于有限核的微观光学势通过定域密度近似获得。
Thus, choosing and adjusting the optical potential parameters are the crucial steps in nuclear data calculations.
于是选择和调整光学模型势参数成为核数据计算的关键步骤。
The cross section and spin observables of the nucleon-nucleus scattering are studied with this new self-consistent relativistic microscopic optical potential.
用这种新的自洽的相对论微观光学位我们进一步讨论了核子-核散射的微分截面和自旋观测量。
From the framework of the multiple scattering theory, we obtain the antiproton-nucleus optical potential that can best describe the experimental elastic scattering data.
从多次散射的理论框架，获得反质子的光学势，这一光学势能很好地描述从轻核至重核在整个能区的弹性散射实验。
In order to raise the precision of measurement, a method for improving stability of Optical Potential Transformers is proposed in this paper.
为了提高光学电压互感器的测量精度，提出了提高其稳定性的方法。
In order to raise the precision of measurement, a method for improving stability of Optical Potential Transformers is proposed in this paper.
为了提高光学电压互感器的测量精度，提出了提高其稳定性的方法。
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