1) quantum N-body system
量子N体系统
2) N-body system
N体系统
1.
Based on the definition of the Jacobi s coordinate and by consulting to the motion equations of N-body systems in the inertial coordinate, some problems in the deduction of the motion equations in the Jacobi s coordinate is discussed and the reasons for the emergence of these problems is analysed.
根据Jacobi坐标系的定义 ,参考N体系统在惯性坐标系中的运动方程 ,讨论了在推导Jacobi坐标系运动方程时存在的几个问题 ,分析出现问题的原因 ,给出Jacobi坐标系的扩充定义 ,推导出包括P1在内的N体系统在Jacobi坐标系中的运动方程 。
3) Many-body quantum system
多体量子系统
4) quantum system
量子系统
1.
The quantum system of the passive hydrogen maser is introduced briefly and a design of the spectrum observing device is expounded.
简单介绍了被动型氢钟的量子系统,阐述了波谱信号观测装置的设计。
2.
The evolution of a quantum system (t) in original condition under the generalized adiabatic postulate is discussed.
应用薛定谔方程讨论了量子系统哈密顿量初始处于非能量本征态时的演化问题 ,并在推广的绝热假设下求解了两个能级的情况 。
3.
Superconvergent perturbation method in quantum system is briefly introduced.
简单介绍了量子系统中的超收敛微扰法。
5) quantum systems
量子系统
1.
Different controllability theorems of quantum systems using similar method are.
在界定了双线性系统、矩阵系统和右不变系统后,归纳出已有的3种不同系统的可控性定理,重点放在对右不变系统的可控性定理的总结以及与双线性系统可控性之间的关系上,特别强调了它们的可控性定理主要是根据李群、李代数的特性来判断的,以类似方法详细分析各种不同情况下的量子系统的可控性定理,通过对比,指出现有的有关量子系统可控性定理与双线性系统可控性定理之间的对应关系,由此揭示每一种量子系统可控性定理的适用情况以及各种不同量子系统可控性概念之间的相互关系。
6) quantum system
量子体系
1.
We have introduced a method for the calculation of electron transport in a multi_terminal quantum system based on the recursive Green s function technique.
利用递推格林函数技术计算了多终端量子体系的电子输运特性,首先运用递归方法给出介观或量子体系的格林函数。
2.
We discuss the different effect of gauge transformation in both classical system and quantum system,and investigate the variances of dynamical quantities and the effect on geometric phase,periodicity and adiabaticity under gauge transformations.
讨论规范变换对经典体系和量子体系的不同影响，考察规范变换下力学量的变化以及规范变换对量子体系几何相位、周期性和绝热性的影
3.
According to the understanding of double wave function theory to the quantum system description,that is, the probability and the formula to calculate mean values in ordinary quantum mechanics are from the average of double wave description over a certain ensemble, the ensemble is considered as the probability fluid of continuous meson.
根据双波函数理论对量子体系的描述，即通常量子力学中的概率性和平均值公式来源于双波函数理论描述对某类系综的平均结果，从而将这类系综看作连续介质的概率流体，从薛定谔方程出发，给出了概率流体所满足的动力学方程。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条