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CC nu_mu 1 pi+ production at MINERvA tracker最新文献

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CC nu_mu 1 pi+ production at MINERvA tracker CC nu_mu 1 pi+ MINERvA跟踪器的生产
Pub Date : 1900-01-01 DOI: 10.2172/1877639
E. Granados
In the aim to reduce the uncertainties in future neutrino oscillation experiments, it is necessary to have high accuracy in neutrino-nucleon cross section models. For this reason, the MINERvA experiment has measured many different exclusive neutrino-nucleon cross sections. Charged current neutrino Interactions with positive charged pion production is the predominant channel in the 1 GeV < W <1.5 GeV region. A large proportion of the 1-pion events in this region involve resonance production. For this reason, this W region is called the resonance region, and it is located between the quasielastic region and Deep Inelastic Scattering region. This talk will describe measurements of differential cross sections of 1-pion events in the scintillator tracker region of the MINERvA detector, including results from both the LE (< E_nu > = 3 GeV) era and the ME era (< E_nu > = 6 GeV).
为了减少未来中微子振荡实验中的不确定性,需要高精度的中微子-核子截面模型。出于这个原因,MINERvA实验测量了许多不同的专属中微子-核子截面。在1 GeV < W = 3 GeV)时代和ME时代(< E_nu > = 6 GeV),带电中微子与正电荷介子相互作用是主要的通道。
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CC nu_mu 1 pi+ production at MINERvA tracker
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