摘要
认为太阳中微子丢失之谜本身并不是问题，而是我们对太阳内部在极端高温条件下进行的核反应和衰变过程并不十分了解。如果核3He和核4He反应产生7Be的几率、7Be经电子俘获后产生7Li和电子中微子实际几率以及8B经β衰变的几率比我们现在计算所用的几率要低得多，那么，太阳中微子丢失之谜就可以得到更合理的解释。
The possible explanation of the soar neutrino problem is discussed in detail in this paper. The solar neutri-no problem itself shau1d not be a problem. The an is that we don't understand well the nuclear reaction and de-caying process under ultimate high temperature condition on the Sun. If the practical ratio ratio that 3He+ 4He→,Be + Y and 7Be + e→7Li + V_e less than we expect, the soar neutrino problem would be explained reasonably.The neutrino should be a general Fend particle, there, should not exist so-called neutrino oscillation phenomenon.
出处
《大自然探索》
1999年第3期24-28,共5页
Discovery of Nature
