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位相损耗
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  phase damping
     The results show the the existence of cavity phase damping leads to the phenomenon that the linear entropy of the system is larger than zero except the initial time and independent of the atomic initail preparation.
     结果表明 :由于位相损耗的存在使系统的线性熵除初始时刻为零外 ,其他时刻均大于零 ,且与原子初始状态无关 ,即原子相干性对系统线性熵没有影响 .
短句来源
     Considering the larger detuning approximation and the effect of phase damping of cavity field,we have studied the time evolution of the linear entropies for the atom-field system,the field and the atom in the system of a cascade three-level atom interacting with a two-mode field. The effects of ac Stark shifts and initial states of the cavity field on all the linear entropies are analyzed.
     在大失谐的条件下 ,且腔场存在位相损耗时 ,研究了级联三能级原子与双模光场相互作用系统的线性熵、光场的线性熵和原子的线性熵随时间演化特性 ,分析了Stark位移和不同的初始双模光场对各线性熵的影响
短句来源
  phase-damping
     Entropy property of degenerate Raman two-photon coupling system in a phase-damping cavity
     位相损耗腔中简并双光子拉曼耦合系统中的熵特性
短句来源
  cavity phase damping
     The results show the the existence of cavity phase damping leads to the phenomenon that the linear entropy of the system is larger than zero except the initial time and independent of the atomic initail preparation.
     结果表明 :由于位相损耗的存在使系统的线性熵除初始时刻为零外 ,其他时刻均大于零 ,且与原子初始状态无关 ,即原子相干性对系统线性熵没有影响 .
短句来源
  相似匹配句对
     Phase-Beam Splitter
     位相分光膜
短句来源
     Phase conditions for free electron lasers
     自由电子激光器的位相条件
短句来源
     The reflection loss(R.L.)
     材料反射率损耗(R.L.)
短句来源
     The calculation of cable loss.
     光缆损耗计算;
短句来源
     Entropy property of degenerate Raman two-photon coupling system in a phase-damping cavity
     位相损耗腔中简并双光子拉曼耦合系统中的熵特性
短句来源
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  phase damping
We show that the additivity conjecture holds for a channel Ξ = Ψ o Φ, where Ψ is a phase damping channel.
      
The model consists of a moving two-level atom simultaneously exposed to the gravitational field and a single-mode traveling radiation field in the presence of a phase damping mechanism.
      
  phase-damping
An elementary discussion of phase-damping channels shows the role of antilinear operators in representing their concurrences.
      


The properties of linear entropies for atom-field coupling system for atom and for field in the system are investigated via degenerate Raman two-photon coupling processes in a phase-damping cavity.The influences of atomic coherence and mean photon number on all the linear entropies are discussed.The results show the the existence of cavity phase damping leads to the phenomenon that the linear entropy of the system is larger than zero except the initial time and independent of the atomic initail preparation.When...

The properties of linear entropies for atom-field coupling system for atom and for field in the system are investigated via degenerate Raman two-photon coupling processes in a phase-damping cavity.The influences of atomic coherence and mean photon number on all the linear entropies are discussed.The results show the the existence of cavity phase damping leads to the phenomenon that the linear entropy of the system is larger than zero except the initial time and independent of the atomic initail preparation.When the atom is initially in its excited state or ground state,the linear entropy of the atom show nearly perfect periodicity.But when the atom initially in its superporsition state of ground state and excited state,the linear entropy of the atom is equal to zero .With the increase of mean photon number,all the linear entropies increase.

研究了简并双光子拉曼耦合过程中存在位相损耗时 ,光场 原子系统线性熵、光场线性熵和原子线性熵的特性 ,讨论了原子相干性和光场平均光子数对各线性熵的影响 .结果表明 :由于位相损耗的存在使系统的线性熵除初始时刻为零外 ,其他时刻均大于零 ,且与原子初始状态无关 ,即原子相干性对系统线性熵没有影响 .当原子初始处于激发态或基态时 ,原子线性熵呈现出较完美的周期性 ;而在原子初始处于激发态和基态的叠加态时 ,原子的线性熵始终为零 .随光场平均光子数的增加 ,各线性熵均会增大 .

Considering the larger detuning approximation and the effect of phase damping of cavity field,we have studied the time evolution of the linear entropies for the atom-field system,the field and the atom in the system of a cascade three-level atom interacting with a two-mode field.The effects of ac Stark shifts and initial states of the cavity field on all the linear entropies are analyzed.

在大失谐的条件下 ,且腔场存在位相损耗时 ,研究了级联三能级原子与双模光场相互作用系统的线性熵、光场的线性熵和原子的线性熵随时间演化特性 ,分析了Stark位移和不同的初始双模光场对各线性熵的影响

 
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