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首页> 外文期刊>Hyperfine Interactions: Journal Devoted to Research in the Border Regions of Solid State, Atomic and Nuclear Physics >Low-Q: proton electric and magnetic form factors The Mainz high-precision proton form-factor measurement
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Low-Q: proton electric and magnetic form factors The Mainz high-precision proton form-factor measurement

机译:Low-Q:质子电磁形状系数Mainz高精度质子形状系数测量

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摘要

An extensive measurement of the elastic H(e,e’)p reaction in the Q~2-region from 0.003 to 1 (GeV/c)~2 has been performed with the three-spectrometer set-up of the A1 collaboration at the Mainz Microtron. The data set consists of about 3,000 overlapping cross-section measurements with a high level of internal redundancy, which allow for a determination of the electric and magnetic form factors with strict control over statistical and systematic errors, in particular also of the charge and magnetization radii of the proton. Besides the classical Rosenbluth separation, the form factors are separated by direct, global fits of different sufficiently flexible models.
机译:在A1协同装置的三光谱仪上,对Q〜2区域的H〜(e,e')p反应的0.003至1(GeV / c)〜2进行了广泛的测量。美因茨Microtron。该数据集包含约3,000个具有高内部冗余度的重叠横截面测量值,从而可以通过严格控制统计和系统误差(尤其是电荷和磁化半径)来确定电和磁形状因数质子除了经典的Rosenbluth分离之外,形状因子还通过不同的足够灵活的模型的直接全局拟合来分离。

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