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Elastic Electron-Deuteron Scattering within a Relativistic Potential Model

机译:相对论势模型中的弹性电子-氘核散射

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Elastic electron-deuteron scattering was considered in the point form of relativistic quantum mechanics. Observables of this process and the dependence of the deuteron form factors on the 4-momentum transfer Q up to 8 fm(-1) were calculated. The nucleon-nucleon potentials used in the calculations included the Nijmegen potentials NijmI and NijmII, the Bonn potential CD-Bonn, and the Moscow potential involving forbidden states. A parametrization of the nucleon form factors that complies with present-day experimental results was used as input data. The results of the calculations that employ all of the above potential types describe experimental data at least up to Q approximate to 5 fm(-1).
机译:弹性电子-氘核的散射被认为是相对论量子力学的点形式。可观察到该过程以及氘核形状因子对直至8 fm(-1)的4动量传递Q的依赖性。计算中使用的核子-核子电势包括奈梅亨电势NijmI和NijmII,波恩电势CD-Bonn和涉及禁止状态的莫斯科电势。符合当今实验结果的核子形状因子的参数化被用作输入数据。采用上述所有潜在类型的计算结果至少描述了高达约5 fm(-1)的Q的实验数据。

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