| 1. | Neutrino mass and neutrino oscillation experiments
中微子质量和中微子振荡实验 |
| 2. | Neutrino oscillation and solar neutrino problem
中微子振荡与太阳中微子问题 |
| 3. | Exact formula of probability for neutrino oscillations in matter
中微子在物质中的振荡几率的精确解 |
| 4. | These results imply that there are neutrino oscillations , this means that neutrino has mass
这些结果表明存在中微子振荡，即中微子具有质量。 |
| 5. | By detecting the very faint interaction of neutrinos with water and determining their different types , the latter two detectors had recently found evidence for neutrino oscillations
后两者透过测量中微子和水的微弱作用以及分析它们的种类，最新的实验结果都支持中微子转变的理论。 |
| 6. | If the theory of neutrino oscillation could finally be established , it will prove that neutrinos do possess mass , and this might alter our understanding of the future evolution of the entire universe
如果这个理论最终得以确立，就可证明中微子具有质量，这样很可能会改变我们对未来整个宇宙演化的看法！ |
| 7. | The neutrinos produced by the sun are the electron - neutrinos . scientists now generally believe that the electron - neutrinos , when on their way to the earth , undergo a process called neutrino oscillation during which they are transformed into the muon and the tau neutrinos
科学家现在普遍相信，中微子从太阳到地球的旅程中会发生一种转变，称为中微子转变，即电子中微子可以转变为渺子中微子和涛子中微子。 |
| 8. | Several important experiments to study neutrino oscillation in the beginning of the 21st century , such as long - base - line neurino oscillation , the idea to build a muon storage ring for producing a high energy electron neutrino beam to carry out neutrino oscillation experiment and to measure the cp violation in neutrino oscillation , are also introduced
本文还介绍了21世纪初研究中微子振荡的若干重要实验，例如长基线中微子振荡实验以及建造子贮存环来产生高能电子中微子束进行中微子振荡的实验以及测量中微子振荡时的cp破坏的设想。 |
