太阳中微子问题

DeBroglie-Ross模型和太阳中微子问题

The De Broglie-Ross Model and the Solar Neutrino Problem

太阳中微子问题研究进展

Current Progress on Study of Solar Neutrino Problem

太阳中微子问题及其可能的解释

Solar neutrino problems and their possible explanations

中微子振荡与太阳中微子问题

Neutrino Oscillation and Solar Neutrino Problem

介绍了2个太阳中微子问题和解决太阳中微子问题的几种可能解释，并详细讨论了太阳中微子振荡方案。

Two solar neutrino problems and some possible explanations were introduced in this paper . And the neutrino oscillation schemes were discussed in detail .

中微子振荡机制已经被证实为太阳中微子缺失问题的合理解释，作为理论基础，我们在第三章中重点介绍了中微子振荡理论，并给出电子中微子在太阳内部具体传播行为的表述。

The neutrino oscillation mechanism has been confirmed as the solution to the solar neutrino problem . We give a detailed introduction of the theory of neutrino oscillations and also a detailed description of solar neutrinos propagation in solar interior .

文中从中微子物理学、太阳中微子的探测、标准太阳模型的建立等方面对太阳中微子问题的提出进行了回顾。

The solar neutrino problem ( SNP ) is reviewed on the bases of neutrino physics , solar neutrino detection and standard solar model .

系统评述了国际上对太阳中微子研究的进展，说明了核物理实验对研究太阳中微子问题作出的贡献，对未来的中微子实验作了展望。

The comparison between experimental results and theoretical predictions has yielded the solar neutrino problem . Over the years , the large communities of astrophysics and of nuclear physics took enormous efforts in solving this problem . The current progress on the study of solar neutrino problem is reviewed .

太阳中微子失踪之谜是近三十年来尚未解决的著名基础理论问题，对太阳内部核反应系统的研究是探索理解太阳中微子问题至关重要的途径之一。

The missing solar neutrino puzzle has been an unsolved theory problem nearly for about thirty years , and the research on the core nuclear reaction systems of the Sun is one of vital ways in our quest to understand this celebrated basic problem .

最早对太阳中微子进行探测的是美国的Homestake实验，它于1968年公布观测结果，引发了著名的太阳中微子缺失问题。

Homestake was the first experiment to successfully detect and count solar neutrinos . It gave its first results in the year 1968 , which raised the famous solar neutrino problem .