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能量损耗腔
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  “能量损耗腔”译为未确定词的双语例句
     In chapter 4, the entanglement dynamical properties of two entangled two-level atoms interacting with a single mode field are investigated using the methods of solving master equation.
     第四章采用求解主方程的方法,研究了能量损耗腔中,两纠缠二能级原子与单模辐射场相互作用过程中原子的纠缠动力学。
短句来源
     In this paper,we investigate the entanglement dynamics of two entangled two-level atoms interacting with a single_mode field in a dissipative cavity.
     研究了能量损耗腔中,两纠缠二能级原子与单模辐射场相互作用过程中原子的纠缠动力学.
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The time evolution of linear entropy of atom-field coupling system, atom and field in the system of two two-level atoms inside a single-mode cavity with amplitude-damping under the condition of large detuning were investigated. The effects of the initial preparation of two atoms, the decay rate of cavity field and the mean photon number of field on all kinds of linear entropy were discussed. The results show that if both the two atoms are in their excited states or ground states, all the linear entropies equal...

The time evolution of linear entropy of atom-field coupling system, atom and field in the system of two two-level atoms inside a single-mode cavity with amplitude-damping under the condition of large detuning were investigated. The effects of the initial preparation of two atoms, the decay rate of cavity field and the mean photon number of field on all kinds of linear entropy were discussed. The results show that if both the two atoms are in their excited states or ground states, all the linear entropies equal to zero. But when the two atoms are in their coherent superposition state of excited state and ground state, the cavity dissipation will lead to the system to evolve into a mixed state, the linear entropy of atom and field exhibits periodic oscillations with damped amplitude.

在大失谐条件下,研究了一位于能量损耗腔中两个二能级原子与单模辐射场相互作用系统中,原子-光场系统线性熵、原子线性熵和光场线性熵的时间演化特性,讨论了两原子的初始状态、腔场衰减常数以及光场的平均光子数对各线性熵的影响。结果表明:当两原子均处于激发态或基态时,各线性熵始终为零;而当两原子初始均处于激发态与基态的相干叠加态时,腔场损耗使得系统演化为混合态,原子线性熵和光场线性熵作振幅逐渐减小的周期振荡。

In this paper,we investigate the entanglement dynamics of two entangled two-level atoms interacting with a single_mode field in a dissipative cavity. The results show that the evolution properties of the entanglement degree of two entangled atoms depend on the initial atomic entanglement degree and form,the average photon number of the cavity field,and the cavity leakage rate. When the atoms are initially in a particular entangled state,the degree of entanglement can be amplified and not influenced by the dissipation...

In this paper,we investigate the entanglement dynamics of two entangled two-level atoms interacting with a single_mode field in a dissipative cavity. The results show that the evolution properties of the entanglement degree of two entangled atoms depend on the initial atomic entanglement degree and form,the average photon number of the cavity field,and the cavity leakage rate. When the atoms are initially in a particular entangled state,the degree of entanglement can be amplified and not influenced by the dissipation of the cavity field.

研究了能量损耗腔中,两纠缠二能级原子与单模辐射场相互作用过程中原子的纠缠动力学.结果表明双纠缠原子的纠缠度演化特性决定于初始两原子间的纠缠度、纠缠形式、腔场的平均光数、腔场的衰变系数.当原子初始处于一特定纠缠态时,其纠缠度可以放大,并且不受腔场损耗的影响.

 
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