atomic states

Atomic states and physical properties of Pd metal

金属Pd的原子状态和物理性质

The parity of atomic states is important in spectroscopy .

原子状态的宇称性质在光谱中是重要的。

Atomic States of Bivalent Atom and Their Number

二价原子的原子态及其原子态数研究

Preparation of Entangled Atomic States Through Simultaneous Three-atom-cavity-field Interaction ;

利用三个原子同时与单模腔场相互作用制备原子的纠缠态（英文）

Computation formulas for symmetries of atomic states

原子状态对称性的公式计算

Collisional Transfer of the Cs ( 8S ) State and Excitation of High Lying Atomic States

Cs（8S）态的碰撞转移和高位原子态的激发

Even for the mixed initial atomic states , the maximum value of entanglement and the periodical evolvement are kept .

即使在原子初态变混合时，两原子间纠缠的最大值以及纠缠时间演化的周期性依然保持。

Teleportation of Unknown Atomic States

未知原子态的隐形传送

Determination of the atomic states of an electron configuration for the same subshell in the j (?) - coupling scheme

确定同科电子原子态的Jj耦合法

The coherent superposition of atomic states leads to the change of properties of interaction lights because of the coupling between the lights and atoms .

在原子相干效应条件下，由于场与原子之间的相干耦合，导致原子能态的相干叠加，因而导致与之作用场的光场特性发生变化。

Based on the cavity QED techniques , we proposed probabilistic teleportation of unknown atomic states using non-maximally entangled states without Bell-state measurement .

利用腔QED技术，提出了不用Bell态测量的非最大纠缠通道的未知原子态的隐形传送。

In the controlled phase gate of the multi-bit scheme , the set of atomic states are used as control bits , input and output pulses of a single photon polarization state as controlled bits .

在多比特受控相位门的方案中，利用原子的集合态作为控制比特，输入、输出脉冲单光子的偏振态作为受控比特。

The idea of EIT is that it introduces an extra control field to induce a quantum interference between the atomic states , which can be used to eliminate the absorption of a probe field propagating in the media .

EIT的基本原理是利用控制光场所诱导的原子态之间的量子干涉效应消除介质对入射探测光场的吸收。

It is shown that , as a result of the interstitial impurities , the number of atomic states increases , bond structures become seriously anisotropic , β→α transformation becomes hindered , and the phase transformation in the intermediate content becomes very complex .

表明，间隙杂质提高了合金元素的原子杂阶，引起键结构呈严重的各向异性，阻碍了β→α相转变，导致中间成分相变的复杂性。

It has been pointed out that Pauling 's valence bond theory of metals has been developed to a quantitative and accurate level due to the establishment of a new potential function with many atom interactions and advance of principles of construction for atomic states in solids .

由于固体中多原子相互作用势能函数的建立和原子状态构造原则的提出，Pauling的金属价键理论已发展到一个定量的精确化的水平。

It is gaven that the method of calculate the equivalent electrons LS coupling atomic states by using FoxPro of the particular process 2D relation tables and it is simplified . The LS coupling atomic states of the f 7 electrons configuration are also calculated .

用专门处理二维关系的FoxPro编程给出计算等效电子LS耦合原子态的计算方法并作出简化，具体计算了f7电于组态的LS耦合原子态。

By analytical method , we study the effect of the relative value of two atom-field coupling constants and also that of the initial atomic states on the dynamical properties of the atoms and the field in the Raman interaction of two two-level atoms with a single-mode radiation field .

用解析方法研究了双原子与单模腔场的共振Raman相互作用过程中，双原子与腔场之间耦合常数的相对大小对原子与场的动力学特性的影响。

Calculation of the transition probability of atomic energy states in the electromagnetic interaction

电磁场作用下原子能态跃迁几率的计算

Proposed new method to enhance high-order harmonic generation conversion efficiency through atomic coherent states .

◆提出用原子相干态来提高高次谐波效率的新方法。

Preparation of the Atomic Entangled States with Controllable Weighting Factors

可控制权重因子的原子纠缠态的制备

Higher-order fluctuations and their squeezing of angular momentum in Atomic Coherent States

原子相干态中角动量的高阶涨落及高阶压缩

Atomic Coherent States and Squeezing of Quantum Fluctuations

原子相干态与量子起伏的压缩

In particular , the second , fourth and sixth order squeezing in atomic coherent states are investigated .

研究了原子相干态中角动量涨落的二阶、四阶和六阶压缩情况。

Squeezing phenomena in atomic coherence states

原子相干态中的压缩现象

Preparation of Multi-type Atomic Entangled States

多种形式的原子纠缠态的制备

Here the operation inside the DFS can be used to prepare atomic entangled states and implement a quantum logic gate .

我们介绍了如何利用无消相干子空间（DFS）制备原子纠缠态并且实现原子之间的受控非门操作。

It has been shown that the squeezing behaviors in atomic coherence states are not similar to those in Glauber coherence states .

计算表明，与场的相干态类似的原子相干态，具有不同于场的相干态的压缩行为；

Through Raman transitions between stable atomic ground states , the atomic ensembles are in the interactions with the cavity and laser fields .

通过稳定的原子基态之间的拉曼跃迁，原子与腔场、激光场相互作用。

Preparation of multi-type atomic entangled states via Raman interaction of atom-cavity-field in two-mode SU ( 2 ) coherent state

利用原子与SU（2）相干态腔场的Raman相互作用制备原子纠缠态

Two-level atom has been regarded as an important principal candidate for quantum bit ( Qubit ), recently . The atomic entangled states are a part of the vital resources in quantum information processes such as quantum teleportation , quantum information storage , etc.

二能级原子是量子比特（Qubit）的重要候选者，纠缠的二能级原子体系是实现量子信息存储、量子隐形传态等量子信息过程的重要资源。