QCD的例句大全

Finite Temperature QCD Sum Rule and the ρ-Meson

有限温度QCD求和规则与ρ介子

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。

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

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。

QCD is the fundamental theory of strong interaction.

QCD是强相互作用的基本理论。

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 perturbation theory is suitable and powerful at high energy scale.

QCD微扰论是适用的理论。

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

2+1维格点QCD真空波函数的计算

The asymptotic behavior of the effective interaction charge of QCD is discussed.

用微扰论讨论了QCD中作用荷α（k~2）的渐近行为。

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。

Almost all potential models share the two important characteristics of QCD: asymptotic freedom and confinement.

尽管势模型有许多种，但它们都具备QCD的两个重要特征：渐近自由和禁闭。

QCD Study and High Performance Scientific Computing

QCD研究与高性能科学计算&域分解、函数分解和并行程序设计技术

At present, the most reliable method is lattice QCD simulation, but it has its limit.

目前研究QCD相图最为可靠的方法是格点QCD方法，但这种方法也有一些局限性。

Study of quark vacuum condensate is one of the most important issues in the investigation of QCD.

夸克的真空凝聚是量子色动力学研究中一个非常重要的问题。

Result of QCD sum rule about dense matter

量子色动力学（QCD）求和定则在密物质的结果

Spontaneous Chiral Symmetry Breaking of 3+ 1 Dimensional Lattice QCD

3+1维格点QCD的手征对称性自发破缺

QCD sum rule for the spin dependent structure function of the proton

质子自旋结构函数的QCD求和规则

Research on b →π transitions form factor in light cone QCD sum rules

用光锥QCD求和规则研究B→π跃迁形状因子

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

核子（强子）结构和性质的QCD研究

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。