quantum system造句

• It is a time - dependent quantum system of important practical value
  它是具有重要实用价值的时间有关的量子系统。
• Quantum operation is a good description of an open quantum system
  在量子领域,一种常用的数学描述形式为量子操作。
• When characterizing a quantum system ’ s dynamic characteristics , it is necessary to determine its mathematic description
  研究任一量子系统的动态特性时,需要确定其数学描述。
• The decoherence suppression issue is studied for two - level quantum systems based on coherent control strategy
  摘要对于二能级开放量子系统，研究了利用相干控制抑制退相干效应的问题。
• In the chapter 2 , 4 and 5 , the entropic dynamics and the properties of entanglement are investigated in quantum system .
  第二、四、五章运用量子熵理论研究了量子系统中的熵动力学性质与量子纠缠性质。
• In this formulation , the instantaneous state of a quantum system encodes the probabilities of its measurable properties , or " observables "
  在这公式里，量子系统的瞬间态编码了其可测量特性的概率，或者“可见的” 。
• In quantum system , noise primary results from decoherence and imperfect quantum gates . the code that combat noise is named quantum channel coding
  在量子系统中，信道噪声主要源于消相干效应和量子门的不精确性。
• Therefore , it is of certain theoretical significance and practical value to discuss the chaos problem of the linear su ( 2 ) nonautonomous quantum system
  因此，讨论su ( 2 )线性非自治量子系统的混沌问题具有一定的理论意义和实用价值。
• 3 、 analyze the evolvement of quantum system when doing continuous measurement on it , and give a general mathematical description of the evolvement
  3 、对采用广义测量进行连续测量时量子系统的演化过程进行了分析,给出了其演化的一般描述形式。
• As a macroscopic quantum system , bec has macroscopic wave - function . its phase is coherent and it can exhibit special macroscopic quantum phenomena
  Bec作为宏观量子系统，具有宏观波函数，整个体系是相位相干的，能够表现特有的宏观量子现象。
• The linear su ( 2 ) nonautonomous quantum system means its hamiltonian is the linear function of su ( 2 ) generators whose coefficients have relation with time
  Su ( 2 )线性非自治量子系统，就是指其哈密顿量为su ( 2 )生成子的线性泛函而其迭加系数与时间有关。
• While quantum mechanics describes the world of the very small , it also is needed to explain certain " macroscopic quantum systems " such as superconductors and superfluids
  虽然量子力学描述很小的世界，也需要用它来解释某种“肉眼可见的量子系统”例如超导和超流体。
• Entanglement , the state in which two quantum systems in indeterminate states aer linked so that measuring or manipulating one system instantanously manipulates the second
  纠缠态是量子力学名词，就是同时表现在两个状态上。如果能控制其中的一个的话，就可以控制另外一个。
• At the present time , when using quantum process tomography , suppose all operators of osr are constants . but they are timevarying in most of quantum systems
  目前量子过程层析中,假定量子开放系统的算子和表示中的kraus算子为定量,而对大多数量子开放系统而言它们是时变的。
• We discussed the propagation of the atom laser beam which had non - conservation quality factor based on the theory of abcd formulation of propagation of a time - dependent quantum system
  我们试图提供一种研究原子激光传输的一般方法，为进一步的实验和理论预测提供一个理论工具。
• In this paper , we mainly apply the theory of yangian to quantum mechanics , studying the quantum transition of a quantum system with quantum degenerate states by means of yangian algebra
  本论文主要是将yangian理论应用量子力学之中去，利用yangian代数的方法来研究一种量子简并态体系的量子跃迁。
• The model of two - level open quantum systems under coherent control is formulated , in which the decoherence suppression is equivalent to the decoupling problem of the system from environmental noises
  首先讨论了二能级开放量子系统在相干控制下的建模问题，将退相干抑制归结为与环境噪声解耦的控制问题。
• The basic idea is that when a quantum system interacts with a measuring apparatus , their respective wavefunctions become entangled , so that the original quantum system ceases to exist as an independent entity
  基本的思想就是当一个量子系统互相与测量仪器作用时候，它们各自波函数变得纠缠，因此最初量子系统终结了以一独立实体存在。
• When there is nonzero distance interaction , the classical is pseudointegrable , but the spectrum statistics transfer from poission distribution to goe distribution , that mean quantum system is non - integrable
  通过数值方法计算系统的量子能级，发现能级谱统计分布却由poisson分布逐渐过渡到goe分布，出现了量子混沌现象，这个结果与一般情况下经典和量子的对应关系不符。
• In chapter 3 , we discussed the propagation of the atom laser beam , with the transverse independent of gravitate direction , which had non - conservation quality factor based on the theory of abcd formulation of propagation of a time - dependent quantum system
  第三章：本章在含时量子系统的schrdinger形式理论的基础上初步讨论原子激光? ?这种品质因子不守恒的含时量子系统的传输问题。