Calculation of the Vacuum Wave Function for ( 2+ 1) Dimensional Lattice QCD

QCD perturbation theory is suitable and powerful at high energy scale.

QCD微扰论是适用的理论。

γ fuction and the behavior of green's fuction for finite temperature QCD

有限温度下QCD的γ函数和格林函数的渐近行为

QCD is the fundamental theory of strong interaction.

QCD是强相互作用的基本理论。

Cross sections of both single and double photon are calculated in leading order QCD corrections.

在QCD领头级近似之下计算了单、双光子的产生截面。

Calculation Pure Annihilation Type Decay of B Meson in Perturbative QCD

微扰QCD方法计算B介子纯湮灭图衰变

One of the important properties of the nonabelian QCD theory is asymptotic freedom.

以夸克和胶子为自由度的非阿贝尔规范场论QCD的一个重要性质是渐近自由。

The QCD sum rule cannot solve the problem.

发现用QCD求和规则不能解决问题。

QCD Study of Nucleon's ( Hadron's) Structure and Property

核子（强子）结构和性质的QCD研究

The Diagrammatic Method on the Strong Coupling Expansion in Lattice QCD

格点强耦合展开的图算法

The research of K factor in qcd

量子色动力学中K因子的研究

A QCD Mechanism for Multiple Hadronic Production

一种强子多重产生的QCD机制

QCD predictions for the sea quark distribution function in hadrons

强子中海层子分布函数的QCD预言

One basic feature in QCD is chiral symmetry and its spontaneousbreaking.

QCD的一个基本性质就是手征对称性及其自发破缺。

QCD has a rich phase structure.

QCD具有丰富的相结构。

We represent the quark current operators with path integral in QCD framework.

夸克流算子可以用路径积分在QCB框架下由夸克外源表示出来。

It is general to adopt the way of model to study the nonpertubative QCD behavior.

对于非微扰QCD行为，一般采用模型处理的方法。

Internal excitation of hadron and QCD vacuum effect on nuclear thermodynamics action

强子内部激发和QCD真空在核热力学行为上的效应

Additionally, we propose a general method for calculation the partition function of QCD at finite chemical potential.

另外，我们还提出了一种在有限化学势下计算QCD配分函数的普适方法。

Weak coupling approximate Schwinger-Dyson equation of the straton's propagator in quantum chromodynamics and Its Solutions

弱耦合近似下量子色动力学中层子传播函数Schinger-Dyson方程及其解

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

量子色动力学（QCD）是人们公认的处理介子和重子的动力学等强相互作用的基本理论。