消相干,decoherence
1)decoherence[,di:k?u'hi?r?ns]消相干
1.Qubit decoherence in non-Markovian approach;量子位非马尔柯夫过程的消相干
2.Two-level atom s decoherence vanishing from sight through three-photon processes in high-intensity cavity;消除高强度光腔三光子过程中两能级原子的消相干
3.Elimination of the two-level atom s decoherence of two-photon Jaynes-Cummings mode with Stark shift;消除伴随Stark位移效应的简并双光子J-C模型的消相干
英文短句/例句

1.Two-level Atom s Decoherence Vanishing from Sight in the Big Detuning Interaction of Atom with Thermal Radiation Field;大失谐相互作用时两能级原子消相干性的消除
2.Decoherence of Relative Phase Damping in the Three-level Atom;三能级原子中相对位相阻尼引起的消相干
3.Decoherence of Swap Qubit Gate;Swap量子门的消相干特性(英文)
4.Geometric Quantum Computation in a Decoherence-Free Subspace无消相干子空间的几何量子计算方案
5.The Decoherence of the Parabolic Linear Bound Potential Quantum Dot Charge Qubit抛物势量子点电荷量子比特的消相干
6.Decoherent Properties of Quantum Bits in Electromagnetic Radiation Field;电磁辐射场中量子位的消相干特性研究
7.Quantum Decoherence and Quantum Repeaters in Quantum Communication;量子通信中的量子消相干和量子中继器
8.The Decoherence of the Double-mode Multi-photon Entangled State and the Polyatomic System双模多光子纠缠态与多原子体系的消相干
9.Dynamical properties of the two-level atom in thermal radiation field by the intensity-dependent coupling;两能级原子与热辐射场以任意强度耦合时原子的消相干特性
10.Quantum Decoherence in Quantum Repeaters and Circuit QED Systems量子中继器和电路腔量子电动力学系统中的量子消相干
11.This situation is called destructive interference.这种情形称作相消干涉。
12.Complete destructive interference of four partially coherent point sources四个部分相干点源的完全相消干涉特性
13.Method Analysis on Coherent Noise Elimination of Vibroseis Data可控震源资料相干噪声消除方法分析
14.Effects of Coherent Jamming on the Performance of Sidelobe Canceller相关干扰对旁瓣对消系统性能的影响
15.The Removal Power Interference Based on Partial Coherence Analysis;基于偏相干分析法的工频干扰消除方法研究
16.Specifically, they recombine destructively-that is, the waves cancel each other out.具体一点讲,光束合并时进行相消性干涉,也就是光的波长互相抵消。
17.The antenna sidelobe cancelling is an effective measure to restrain active jamming.天线旁瓣相消技术是抑制有源干扰的有效措施。
18.Polarization-Induced Fading Elimination Technique for Coherent Detection of Brillouin Scattering Spectrum布里渊散射谱相干检测的消偏振衰落技术
相关短句/例句

fully destructive interference相干相消
1.Analysis of the fully destructive interference of overlapping-images in MMI couplers;多模干涉耦合器中重叠像相干相消现象分析
3)destructive interference相消干涉
1.This paper discusses the conditions and distributions of constructive interferences and destructive interferences when two interference wave sources on the focuses of an ellipse, a rotation ellipsoid, a hyperbola or a rotation hyperboloid.定量讨论了置于椭圆与双曲线焦点上的两个相干波源在椭圆、旋转椭球面、双曲线以及旋转双叶双曲面上产生相长干涉与相消干涉的条件与分布。
2.06MeV in 12 C(p,γ) reaction are attributed to the destructive interference between semidirect capture and fine resonance capture in the process of doorday state.这是因为半直接俘获与门态过程中的共振俘获之间有相消干涉效应 ,计算结果与实验值符合较
3.At the effect of the strong coupling field,the coupling transition produces a pair of the dressed states transition,which changes the probe transition into two transitions lead destructive interference to absorption,and the medium takes completely on the transparency phenomena.阐述在三能级原子系统中产生的电磁诱导透明现象,在强耦合场作用下,耦合跃迁产生一对修饰态跃迁,把探测场跃迁一分为二,分裂后的两个探测跃迁由修饰态相干对吸收引起相消干涉,从而抑制吸收,使介质在强相干场作用下呈现完全透明现象。
4)interference cancellation干扰相消
1.A new synchronous multiuser detector of DS/CDMA is proposed in this paper , which is based on the successive Multistages interference cancellation technology.提出了一种新的基于逐级干扰相消技术的多用户检测器,分析了检测器的干扰相消原理,并给出了该检测器的系统框图及其误码性能。
5)destructive interference干涉相消
1.We discuss constructive interference and destructive interference by state superposition in quantum computation,and analyze evolution of quantum states.探讨量子计算中态的叠加引起的干涉相长和干涉相消 ,分析量子态的演化过
2.The mechanisms responsible for this competition can be attributed to the destructive interference between ASE and PFWM.研究了在双光子共振条件下,Ba蒸气中放大自发辐射(ASE)与参量四波混频(PFWM)的竞争过程,其机制可归结为ASE与PFWM之间的干涉相消。
6)decoherence[,di:k?u'hi?r?ns]消相干性
1.Elimination of two-level atom s decoherence by an external driving field in degenerate two-photon processes;消除简并双光子过程中二能级原子的消相干
延伸阅读

相干散射和非相干散射  再辐射的光量子频率和被吸收的光量子频率准确相等的散射过程称为相干散射。在相干散射的情况下,源函数准确地等于平均辐射强度。再辐射的光量子频率和被吸收的光量子频率不相等的散射过程称为非相干散射。在天体物理中,存在一系列因素使散射过程成为非相干散射。主要的因素是:原子的能级有一定的宽度、原子的热运动和湍动以及压力效应等。对于非相干散射,源函数是相当复杂的。