1.DETERMINATION OF LEPTON LIKE-CABIBBO ANGLES AND PROBABLE INTERPRETATION OF μ→eγ TYPE PROCESSES
轻子类Cabibbo角的确定和μ→eγ一类过程的解释
2.heavy lepton
重轻子
3.This work is one of the series,which studies the lepton identificationin the BES(Beijing Spectrometer)in detail.
这项工作是详细研究北京谱仪(BES)轻子识别的一部分。
4.An elementary particle in the lepton family(not a meson), having a mass209 times that of the electron, a negative electric charge, and a mean lifetime of2.2?0-6 second.
介子轻子族中的一种基本微粒（非介子），其质量为电子的209倍，是一种负电荷，平均寿命为2。2?0－6秒
5.We study and calculate the contributions of Z′predicted by the topcolor-assisted technicolor technicolor (TC2) models or the flavor-universal TC2 models to the lepton flavor violation processes Z→l_il_j,l_i→l_jγ,l_i→l_jl_kl_l and l_i→l_jν_l(ν_l).
计算了顶色辅助的人工色(TC2)和味普适 TC2 模型预言的 Z′对轻味子破坏(LFV)过程 Z→lilj,li→ljγ,li→lilkll 以及li→ljνlνl的贡献.
6.The antiparticle of a lepton.
反轻子轻子的反粒子
7.Abstract The GLR equations are the basic equations describing the phenomena in the small x region. Especially it is important to use them for analysing the deep inelastic lepton proton scattering and EMC effect. But GLR equations have the defect that they violate the law of conservation of momentum.
动力学演化（GLR）方程是小x物理学的一个基本的动力学方程，特别是对于分析HERA的轻子和强子的非弹性散射实验结果以及核内的EMC效应是非常重要的．但是，GLR方程一个严重缺陷就是违背动量守恒．讨论了动量守恒对GLR方程修正的意义，并且指出对实验结果做分析时须注意影响
8.Any of three electrically neutral subatomic particles in the lepton family.
中微子轻微子家族中三种电中性亚原子粒子中的任何一种
9.Based on the Weinberg Salam unified theory of the electroweak interactions,the amplitude of the elastic scattering between a charged weak gauge boson(W + or W -) and a lepton is calculated by using the standard technique of estimating the Feynman diagrams of the lowest order,in which not only the Abel interactions but also the non Abel interactions are taken into account; and then, the corresponding angular distribution is obtained. Finally,A brief discussion of the result is given.
基于Weinberg－Salam弱电统一理论，计算了在新粒子态产生阈以下的轻子与荷电弱规范子即W±玻色子的弹性散射振幅，其中不仅考虑了理论的阿贝尔动力学的贡献，也计算了理论的非阿贝尔动力学的贡献．继而，得到了相应的散射截面角分布，最后对所得结果进行了简短的讨论．
10.Unified Gauge Theory of SU (6)-XU (1) Group——The Spontaneous Breaking pattern, Lepton-number Nonconserving Processes, Such as μ→e+γ,ι→μ+γ and CP-Nonconservation
SU(6)×U(1)型统一规范理论——SU(6)×U(1)规范理论的自发破缺机制,轻子数非守恒过程以及CP破环效应(Ⅱ)
