quark的例句大全

The Manufacture Technology of Strawberry Quark Development of quark

草莓夸克的研制

An Analysis of Quark Effect in Two Baryon System

两重子体系夸克效应的分析

Bulk Viscosity of Quark Matter in Magnetic Field

磁场中夸克物质的黏滞系数

Experimental test for existence of multiple quark clusters in nuclei

原子核中存在多夸克集团的实验检验

The quark degrees of freedom in high energy composite particle scattering

高能复合粒子散射中的夸克自由度

The Vibration Damping Effect of Quark Matter in the Interior of Neutron Stars

中子星内部夸克物质的振动阻尼效应

Bulk Viscosity of Strange Quark Matter in High Temperature Approximation

高温近似下奇异夸克物质的体粘滞系数

Heavy Quark Effective Theory and Study of Heavy Hadron Spectra

重夸克等效理论和重味强子体系质量谱的研究

A search for π-n interaction by quark model

用夸克模型探索π-N相互作用

The Study of Dynamics of Strange Quark Matter and Properties of Strange Stars

奇异夸克物质动力学与奇异星性质研究

The Effect of Nuclear Binding Energy on the Quark Distribution

核束缚能效应对夸克分布的影响

Wave function of hadron in the theory of quark model

夸克模型理论中强子的波函数

Strange Quark Matter and Strange Star in Magnetic Field

磁场中的奇异夸克物质与奇异星

The relation between the nuclear structure function and the nuclear quark distribution function is induced.

介绍了核子结构函数的概念及由来，给出了核子结构函数与核子夸克分布函数之间的关系，说明了研究核子结构函数的重要意义（&揭示核子内部的结构）

The team have been creating a particle called 'a beauty quark'.

这个研究团队正在制造一种名叫“美夸克”（又称为“底夸克”）的粒子。

Superpotent atom Smashers will undertake the quark quest in the1980s.

超高效的粒子加速器将于80年代投入夸克探索的工作之中。

Four Generation Quark Mixing Matrix and CP Violation

四代夸克的混合矩阵与CP破坏

The most new scientific opportunities of nuclear physics are: the exploration of the quark degrees of freedom and of the underlying theory of the strong interaction, QCD, in the nuclearmedium;

本文概述了核物理新的研究机遇，这机遇是：（1）在核介质内，寻找和研究夸克自由度，研究强相互作用的基本理论QCD；

Only quark model is more successful for strong interaction, especially the experiment fact of the quantum chromo dynamics which is the basic theories of quark interaction, the strong interaction become one basic problem in physics again.

唯有夸克模型对于强相互作用却比较成功，特别是夸克相互作用的基本理论&量子色动力学（QCD）的实验证实，强相互作用再次成为物理学中一个基本的问题。

It is a general consensus that QCD is the underlying theory of the strong interaction. According to properties of asymptotic freedom, there is accurate solution using perturbation method for the light quark systems in high energy region.

量子色动力学（QCD）是目前公认的研究强相互作用的基本理论，在高能区的轻夸克系统中，根据量子色动力学（QCD）的渐近自由特征，可以利用微扰论的方法精确求解。