There is a lepton which is neutral, called a neutrino.
有一个轻子是中性的，叫做中微子。
The lepton number is generalized to the lepton charge.
我们把轻子数推广为轻子荷。
When a neutrino transforms a quark, a lepton is emitted.
当中微子使一种夸克转化为另一种夸克时，会发射出一个轻子。
In this thesis, we study the lepton mixing an-gles and leptogenesis in the left-right symmetric model.
在本文中，我们在左右对称模型中研究了轻子混合和轻子生成机制。
But the rarer three-and four-lepton events suggest a complex cascade of transformations that may prove difficult to unravel.
但是，比较罕见的三轻子和四轻子事件却暗含着有一个复杂的级联衰变，这是很难解释的。
This means that we cannot define a neutrino flavor by the flavor of associated charged lepton and results in contradictions.
这意味着我们无法通过伴随而生的带电轻子来定义中微子的味量子数，从而导致物理上一致性的矛盾。
After the spontaneous symmetry breaking, we have electron and its neutrino, a new charged heavy lepton and its neutrino, two neutral heavy leptons.
自发破缺的结果除电子和电子中微子外，还出现新的中微子以及一个带电的和两个中性重轻子。
Using a potential model with relativistic correction we evaluated the spectrum, lepton decay widths and radiative transition widths of heavy quarkonium systems.
本文用考虑了相对论修正的势模型计算重夸克偶素的能谱、轻子宽度和辐射跃迁宽度。
There is anomalousness in a neutrino as well, and the anomalous quantities are the inevitable outcome of the dynamical model of the subquark structure of a lepton.
中微子也有反常，反常量是轻子亚夸克结构动态模型的必然结果。
We show that measuring the polarization of hyperon in the lepton induced reactions is an ideal way to study the spin transfer in high energy hadronization processes.
指出在轻子诱发反应中测量产生超子的极化是研究高能强子化过程自旋转移的理想途径 。
It is proved that only lepton charge is strictly conserved and the individual conservation of the lepton number of every generation of leptons hold only approximately.
证明了只有轻子荷才是严格守恒的，各代轻子数分别守恒只能近似成立。
We investigate three different methods of the deviation of the tribimaxmal mixing matrix, including charged lepton section corrections, radiative corrections and right-handed sector corrections.
我们讨论了三种有代表性的修正，包括带电轻子部分的修正，辐射修正以及右手中微子部分的修正。
We investigate three different methods of the deviation of the tribimaxmal mixing matrix, including charged lepton section corrections, radiative corrections and right-handed sector corrections.
我们讨论了三种有代表性的修正，包括带电轻子部分的修正，辐射修正以及右手中微子部分的修正。
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