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相位损耗
相关语句
  phase damping
     The Tavis-Cummings Model Entropy Property in a Phase Damping Cavity
     相位损耗腔中Tavis-Cummings模型的熵特性
短句来源
     Entropy Evolution in the Jaynes-Cummings Model with Large Detuning inside a Phase Damping Cavity
     相位损耗腔中大失谐Jaynes-Cummings模型中熵的演化
短句来源
     INFLUENCE OF PHASE DAMPING ON THE DYNAMICALPROPERTIES IN THE JAYNES-CUMMINGS MODEL
     相位损耗对Jaynes-Cummings模型的动力学性质的影响
短句来源
     The results show that the existence of cavity phase damping leads to the phenomenon that the quan- tum states of the field and the system deviate from the initial pure state.
     结果表明,由于相位损耗的存在使得光场和系统的量子态偏离初始纯态.
短句来源
     The evolution of the linear entropy of the system is independent of initial atomic preparation,but the linear entropy of the atom depends on the initial atomic state and independent of the cavity phase damping.
     系统线性熵的演化与原子的初始状态无关 ,而原子线性熵的演化较强地依赖于原子的初始状态 ,但与腔场的相位损耗无关
短句来源
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  phase-damping
     The time evolution of distance between density operators in degenerate Raman two- photon coupling system inside a phase-damping are investigated . The influences of phase damping and the mean photon munber of the field on the distance between density opertors are discussed .
     研究了位于相位损耗腔中简并双光子拉曼耦合系统中密度算符的时间演化,讨论了相位损耗和光场平均光子数对密度算符间距的影响.
短句来源
     The properties of state evolution of atom,field and field-atom coupling system in the system of a two-level atom inside a phase-damping cavity interaction with a coherent field under large detuning are investigated by using the distance between density operators. The effects of atomic initial state,the mean photon number of the filed and the phase damping on the dynamical behaviour in the Jaynes-Cummings model are discussed.
     运用密度算符间距研究了一位于相位损耗腔中大失谐二能级原子与相干光场相互作用系统中原子、光场及系统各态随时间的演化规律,讨论了原子初态、光场的平均光子数和相位损耗对Jaynes-Cummings模型动力学行为的影响.
短句来源
     The properties of state evolution of the atom,field,and atom-field system in the system of two two-level atoms inside a phase-damping cavity interaction with a coherent field under the condition of large detuning are investigated by using the distance between density operators.
     在大失谐条件下,运用密度算符间距研究了一位于相位损耗腔中两个二能级原子与相干光场相互作用系统中原子、光场及系统各量子态随时间的演化规律.
短句来源
  “相位损耗”译为未确定词的双语例句
     The properties of linear entropy in the J-C model with large detuning inside a phase cavity in the process of double photons
     相位损耗腔中大失谐J-C模型双光子过程的线性熵特性
短句来源
     By the quantum theory, we present the evolution of linear entropy in the phase-exhausting chamber, where two identical photons in the 2-level system interact with the coherent field under the condition of large disarrangement.
     首先,本文研究了相位损耗腔中大失谐下两个全同二能级原子与相干态场相互作用系统中场熵的演化特性。 讨论了不同原子初始状态、光场平均光子数以及衰变常数对光场线性熵,原子线性熵和光场-原子系统线性熵的影响。
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 evolution of the linear entropies of field, atom and field atom coupling system in the system of a two level atom inside a phase damping cavity interacting with a coherent field under large detuning are investigated. The effects of atomic initial state and the mean photon number of the field on the above linear entropies are discussed. The results show that the linear entropies of both the field and the atom are strongly dependent on atomic initial state, but the evolution of the linear entropy of the...

The evolution of the linear entropies of field, atom and field atom coupling system in the system of a two level atom inside a phase damping cavity interacting with a coherent field under large detuning are investigated. The effects of atomic initial state and the mean photon number of the field on the above linear entropies are discussed. The results show that the linear entropies of both the field and the atom are strongly dependent on atomic initial state, but the evolution of the linear entropy of the field atom coupling system is independent of the atomic initial preparation. With the increasing of the mean photon number, the linear entropies of field, atom and field atom increase.

研究了一位于相位损耗腔中大失谐下二能级原子与相干态场相互作用系统中 ,光场线性熵、原子线性熵以及光场原子系统线性熵的演化 ,讨论了原子初始状态和光场的平均光子数对各线性熵的影响。结果表明 ,光场线性熵和原子线性熵的演化都较强地依赖于原子初始状态 ,而系统线性熵的演化与原子初始状态无关。由于光场平均光子数的增加 ,光场、原子和系统的线性熵都会增加。

The time evolution of distance between density operators in degenerate Raman two- photon coupling system inside a phase-damping are investigated . The influences of phase damping and the mean photon munber of the field on the distance between density opertors are discussed . The results show that the existence of cavity phase damping leads to the phenomenon that the quan- tum states of the field and the system deviate from the initial pure state.

研究了位于相位损耗腔中简并双光子拉曼耦合系统中密度算符的时间演化,讨论了相位损耗和光场平均光子数对密度算符间距的影响.结果表明,由于相位损耗的存在使得光场和系统的量子态偏离初始纯态.

The evolution of the linear entropies of the field,atoms and field-atoms coupling system in the system of two completely identical two-level atoms inside a phase-damping cavity interacting with a coherent field under large detuning are investigated.The effects of atomic initial state,the mean photon number of the field and the dissipation coefficient on the above linear entropies are discussed.The results show that the linear entropies of both the field and the atom are strongly dependent on the atomic initial...

The evolution of the linear entropies of the field,atoms and field-atoms coupling system in the system of two completely identical two-level atoms inside a phase-damping cavity interacting with a coherent field under large detuning are investigated.The effects of atomic initial state,the mean photon number of the field and the dissipation coefficient on the above linear entropies are discussed.The results show that the linear entropies of both the field and the atom are strongly dependent on the atomic initial state,but the evolution of the linear entropy of the system is independent of the atomic initial preparation.With the increasing of the mean photon number,the linear entropies of field,atoms and field-atoms increase;And the larger the dissipation,the more rapid the linear entropies of the field and system tend to the certain degree of mixture,but the linear entropies of atoms don't vary with the dissipation coefficient.

研究相位损耗腔中大失谐下两个全同二能级原子与相干态场相互作用系统中熵的演化 ,讨论了不同原子初始状态、光场平均光子数以及衰变常数对光场线性熵 ,原子线性熵和光场 -原子系统线性熵的影响。结果表明 :光场线性熵和原子的线性熵的演化都较强地依赖于原子初始状态和衰变常数 ,而系统线性熵的演化与原子初始状态无关。随着光场平均光子数的增大 ,线性熵增大 ;随着衰变常数的增大 ,光场和系统的线性熵达到稳定值的时间缩短 ,而原子线性熵不变

 
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