标准模型(SM)作为粒子研究基础理论,却无法完美解释粒子高能部分现象.近年来,随着实验探索与扩展,学界陆续提出了超对称理论、小Higgs理论等新的测量模型作为其的补充.文中即基于小Higgs理论模型,重点分析研究了LH模型和SLH模型对散射截面的修正度.并通过LSND实验测量,得到了νee-νee参数上下界,发现其LH模型混合参数与电弱精确测量值基本吻合.另外,文中经大量数据测试计算分析了SLH模型中能标f与tanβ的函数关系,为中微子散射精确测量提供了可靠的理论参考.%the standard model(SM),as the theoretical basis of important particle research,is still unable to explain the energetic partial phenomena of particles. Therefore, in recent years, new exploration models such as supersymmetry theory and small Higgs theory have been put forward as a supplement. Based on the small Higgs model,this paper focuses on the analysis of the correction of the scattering interface between the LH model and the SLH model. The upper and lower limits of the νee-νee parameters are obtained through the LSND experiment. The mixing parameters are in agreement with the electroweak precise measurements. By comparing the function relation between f and tanβ,provides a reliable theoretical reference for accurate measurement of neutrino scattering.
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