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Neutrino-induced meson productions off nucleon at forward limit in nucleon resonance region

机译:中微子诱导的介子产生在核心的前向极限   核子共振区

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摘要

We study forward neutrino-induced meson production off the nucleon in theresonance region. Our calculation is based on a dynamical coupled-channels(DCC) model that reasonably describes pi (gamma) N -> pi N, eta N, K Lambda, KSigma data in the resonance region. We apply the PCAC hypothesis to the DCCmodel to relate the pi N reaction amplitude to the forward neutrino reactionamplitude. In this way, we give a prediction for nu N -> pi N, pi pi N, eta N,K Lambda, K Sigma reaction cross sections. The predicted nu N -> pi pi N, etaN, K Lambda, K Sigma cross sections are, for the first time, based on a modelextensively tested by data. We compare our results with those from theRein-Sehgal model that has been very often used in the existing Monte Carlosimulators for neutrino experiments. We find a significant difference betweenthem.
机译:我们研究了中微子在共振区域外的核子产生介子介子的过程。我们的计算基于动态耦合通道(DCC)模型,该模型合理地描述了共振区域中的pi N-> pi N,ηN,K Lambda,KSigma数据。我们将PCAC假设应用于DCC模型,以将pi N反应幅度与正向中微子反应幅度相关。这样,我们可以预测nu N-> pi N,pi pi N,eta N,K Lambda和K Sigma反应截面。预测的nu N-> pi pi N,etaN,K Lambda,K Sigma横截面首次基于通过数据广泛测试的模型。我们将我们的结果与Rein-Sehgal模型的结果进行比较,该模型在现有的Monte Carlo仿真器中经常用于中微子实验。我们发现它们之间存在显着差异。

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