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轻子

na.【物】lepton
网络leptons; Quarks & Leptons; leptonic

轻子

英-汉网络释义

轻子

na.

1.【物】lepton

2

We obtain an electromagnetic mass -separation formula of baryons, various formulae of hadrons and mass relations of leptons -hadrons.

得到重子的电磁质量差公式，各种强子的质量公式和轻子 -强子的质量关系。

3

The production of dileptons in the intermediate mass region in QGP has been studied on the basis of a relativistic hydrodynamic model .

基于一个相对论流体力学模型，在夸克 -胶子等离子体中具有中等质量双轻子的产生被研究。

4

When isospin for hadrons is directly extended to leptons , the relations of leptons similar to the ones of hadrons are found .

把强子同位旋概念直接推广到轻子后，发现轻子领域存在与强子相似的关系式。

5

Processes other than supersymmetry could also account for the triple lepton surplus.

除了超对称之外的其它过程也可能导致出现三轻子对结果的出现。

6

The theoretical computations are performed under the assumption that the leptons are point particles .

理论计算是在假定轻子是点粒子的条件下完成的。

8

But the rarer three -and four-lepton events suggest a complex cascadeof 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。

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The leptonic decay widths of and are also given here.

同时本文还计算了和到轻子对的衰变宽度。

12

Leptons , the best known of which is the electron , are immune to the strong force .

轻子中最著名的是电子，这类粒子不会感受到强力。

13

The most familiar lepton is the humble electron , though other, more exotic particles such as muons and taus also fall in this category .

尽管很多属于轻子范畴的粒子名字古怪，如 μ 子和 τ 子等，但其中最为人们所熟悉的轻子还是电子。

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The different kinds of quarks or leptons are known technically as flavors .

夸克和轻子的这些个同种类，从技术上看是有特色的。

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for the neutrino beam method and the demonstration of the doublet structure of the leptons through the discovery of the muon neutrino

产生第一个实验室创造的中微子束，并发现中微子，从而证明了轻子的对偶结构

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Spin Transfer in High -Energy Hadronization Processes and Polarization of Hyperon in the Lepton-Induced Reactions

高能强子化过程的自旋转移和轻子诱发反应中超子的极化

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Calculation of the Effective Change of the Relative Line Length about Lepton Deformation

轻子形变的有效相对线度改变计算

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The Mass of the Supersymmetry Companions of Present Particles and the Structure of a Lepton

现时粒子的超对称伴子质量和轻子结构

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The Physics Principle of Resonances State of Anti -Lepton -Quark

反轻子 -夸克共振态的物理机制

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Generalized Spinor of Quark and Lepton, and Deformation Oscillation Quantum

夸克、轻子的广义旋量及形变振荡量子

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