论文标题
MSW机制具有超级Kamiokande振荡参数和太阳中微子源的体积分布的后果
Consequences of the MSW mechanism with Super-Kamiokande oscillation parameters and of the volume distribution of neutrino sources in the Sun
论文作者
论文摘要
SNO和SUPE-KAMIOKANDE合作提供的太阳中微子振荡模型的参数的了解使我们能够与Wolfenstein方程一起获得，这是一个简单而清晰的分析和数字图片，是中微子在太阳旅行期间的转化。我们表明，所产生的图像与中微子状态在太阳表面和地球表面的特征无关。考虑到太阳中微子来源的体积分布的这种情况表明，MSW机制的后果与SNO和SNO和Super-Kamiokande的参数之间存在明显的矛盾，以及与太阳中微子的五个观察到的过程中的三个结果之间的矛盾。注意到MSW机制底部的错误断言。
The knowledge of the parameters of the solar neutrino oscillation model, provided by the SNO and Super-Kamiokande collaborations, enables us to obtain, with the Wolfenstein equation, a simple and clear analytical and numerical picture of the transformation of the neutrino state during its travel inside the Sun. We show that the resulting picture is not implicated in the characteristics of the neutrino state at the surface of the Sun and at the surface of the Earth. This circumstance with taking into account the volume distribution of solar neutrino sources indicates an obvious contradiction between the consequences of the MSW mechanism with parameters from SNO and Super-Kamiokande and the results of three of the five observed processes with solar neutrinos. Erroneous assertions at the base of the MSW mechanism are noted.
