Quantum Chromodynamics ( QCD) is the fundamental theory in dealing with strong interaction dynamics of mesons and baryons.

Advances in Quantum Chromodynamics

量子色动力学的进展

This study is of importance to the test and development of quantum chromodynamics, and provides a solid foundation for continuing experimental studies of charmonium physics at an advanced level in China. It was awarded a 2nd Class National Science Award in 2001.

该项研究成果对量子色动力学的检验与发展具有重要意义，为我国粲偶素物理实验研究的继续发展并保持先进水平奠定坚实基础。

The questions of Quantum Chromodynamics Containing Colour Dielectric Field 1. Quantized by Path Integrals

含有色介场的量子色动力学问题&1.色介场、规范场的量子化

Quantum Chromodynamics and Nuclear Physics

量子色动力学与核物理

Light-cone Methods in Quantum Chromodynamics

量子色动力学的光锥方法

The properties of Quantum Chromodynamics in finite temperature is one of the hot topics in particle physics.

有限温下量子色动力学（QCD）的性质是目前粒子物理领域研究的热点之一。

Higher twist effect in quantum chromodynamics evolution equation

量子色动力学演化方程中的高扭度效应

Quantum chromodynamics ( QCD) is a non-Abel gauge theory that describe the strong interaction between quarks and gluons, it is also a basic part of the stan-dard model of particle physics.

量子色动力学（QCD）是描述夸克胶子之间强相互作用的非阿贝尔规范理论，也是粒子物理标准模型中一个基本组成部分。

With the development of Quantum Chromodynamics ( QCD), people started to investigate the origin and nature of the Pomeron from QCD viewpoint.

随着量子色动力学（QCD）理论的发展，人们开始用QCD的观点去探讨Pomeron本源和性质。

Theoretically, investigations on the nucleon structure function are mostly based on twist-2 quantum chromodynamics linear evolution equation, which sums the Feynman diagrams by using the renormalization group theory.

在理论上，扭度为2的量子色动力学线性演化方程，是研究核子结构函数的基础，它是在重整化群的基础上对部分子演化的梯子图求和的结果。

Effective-potential study of dynamical chiral symmetry breaking in quantum chromodynamics

QCD手征对称性动力学破缺的有效势研究

The quantum chromodynamics is a gauge theory on strong interaction.

量子色动力学是描写强相互作用的规范理论，是物理学的前沿学科。

The Standard model ( SM) which is composed of electroweak theory and quantum chromodynamics is extremely successful in particle physics phenomenology.

由电弱理论和量子色动力学构成的标准模型在粒子物理唯象学中取得了巨大成功。

Perturbative quantum chromodynamics theory

微扰量子色动力学理论

The critical end point ( CEP) of quantum chromodynamics ( QCD) is one of the most important aspects of the phase diagram of strongly interacting matter.

量子色动力学（QCD）的临界端点（CEP）是强相互作用物质相图中的一个重要量。

The fundamental elements of quantum chromodynamics ( QCD) and the theory of the strong interaction are briefly reviewed in their historical context.

文章按历史顺序，简要回顾了强相互作用理论&量子色动力学的基本要素。

With the HERA experiment data of nucleon structure function and it's slope, we discuss the probability of higher twist recombination effect in Quantum Chromodynamics evolution equation.

结合HERA有关核子结构函数与其斜率的实验数据，讨论了在量子色动力学演化方程中存在高扭度重组效应的可能性。

Studying the production and decay natures of charm-particle, which contains charm quark, this is of great significance for testing the standard model, especially the perturbative and non-perturbative quantum chromodynamics ( QCD).

研究含有粲夸克的粲粒子的产生和衰变性质对检验标准模型，特别是微扰和非微扰量子色动力学具有十分重要的意义。

Discuss a number of novel applications of Quantum Chromodynamics to nuclear structure and dynamics, such as the reduced amplitude formulism for exclusive nuclear amplitudes.

讨论量子色动力学在核结构及核动力学上的一些应用，如相斥核振幅的约化振幅形式。

Quantum Chromodynamics ( QCD) is the best candidate of the strong interaction theory.

量子色动力学（QCD）是强作用理论最好的候补者。