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A novel method for determining the mean-field directly from the single particle matter density

机译:一种新方法,用于直接从单颗粒物质密度确定平均场

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We present a novel method, using the single particle Schrodinger equation, to determine the central potential directly from the single particle matter density and its first and second derivatives. As an example, we consider the experimental data for the charge density difference between the isotones ~(206)Pb - ~(205)Tl that corresponds to the shell model 3s_(1/2) proton orbit, and determine the corresponding single particle potential (mean-field). We also present results of least-square fits to parametrized single particle potentials.
机译:我们使用单粒子Schrodinger方程提出了一种新方法,以直接从单颗粒物质密度及其第一和第二衍生物确定中心电位。作为示例,我们考虑同种型〜(206)Pb - 〜(205)T1之间的电荷密度差的实验数据,该模型与壳模型3S_(1/2)质子轨道,并确定相应的单粒子电位(平均场)。我们还存在对参数化单粒子电位的最小方形的结果。

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