quantum probability

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。

In some problems in quantum transition, time-dependent perturbation theory gives the first order approximation of transition probability amplitude.

在有关量子跃迁的问题中，含时微扰理论给出了跃迁概率振幅的一级近似解。

Study on the Oscillatory Behaviour of the Reaction Probability for the I+ HI' ( v)-IH ( v ')+ I' System Using by Quantum Scattering Theory

I+HI′（v）→IH（v′）+I′反应几率振荡行为的量子散射理论研究

Furthermore, these compounds have not photoisomerization probability for their large charge density focused on 1,8-naphthyridine ring, so that they have better emission quantum yields.

其电荷密度分布集中于1，8-萘啶环，不易发生光异构化反应，具有较高的荧光量子产率。

And the higher collision energy is, the smaller scattering probability for collision system is, the less obvious quantum effect is, the weaker tail effect is, the more partial wave number of convergent PCS is.

碰撞能量越高，体系的散射几率越小，量子效应越不显著，尾部效应越弱，得到收敛的分波截面所需的分波数也越多。

This probability is related to the quantum wave amplitude in the barrier region.

这个几率与势垒区内的量子波振幅有关.

Quantum-inspired genetic algorithm ( QGA) which has many characteristic of quantum computation, such as highly parallelism, as a new probability evolutionary algorithm, improves greatly computation efficency when it is used to solve the practical problems.

具有量子计算诸多特点的量子遗传算法（OGA）作为&新的概率进化算法，在解决实际问题时，其高度并行性能极大地提高计算效率，因而研究OGA求解TSP同样有重要的价值；

Using quantum jump technique, the atomic system be projected to a entangled state with certain probability.

采用量子跳跃的实验技术对处于纠缠纯态的原子体系做一次投影操作,原子体系将以一定的概率变成最大纠缠态.

In some problems in quantum transition, time-dependent perturbation theory gives the approximation of transition probability amplitude.

在有关量子跃迁的问题中, 含时微扰理论给出了跃迁概率振幅的一级近似解.

Some thoughts of the quantum mechanics have produced great influence on people's philosophic ideas and the core thought of the quantum mechanics is Wave-particle duality, Bohr's Complementary principle, Uncertainty Principle and Causality relate to probability.

量子力学的一些思想对人们的哲学观念产生了相当大的影响，量子力学的核心思想是波粒二象性、互补原理、不确定性原理（测不准原理）和因果关系的几率描述。