1) quantum entropy
量子熵
1.
It is shown that the quantum entropy includes two parts: The fist part is linearly and logarithmically divergent term,where the linearly divergent term can reduce to the form proportional to the event horizon area,the logarithmically divergent term relates to the characteristics of the black hole;the second part is logarithmically divergent term which also depends on the spin of the fields.
用brick-wall模型研究了Gibbons-Maeda黑洞背景下自旋场的量子熵。
2.
By using the brick-wall model, the quantum entropy of a cylindrical black hole in Anti-de Sitter space-time arising from the massless Dirac field is discussed.
利用brick-wall方法计算了Anti-de Sitter时空内起源于Dirac场的柱黑洞的量子熵。
3.
By using the Newman-Penrose formalism and t Hooft brick-wall model, the effect of spin on the quantum entropy of the Schwarzschild-anti-de Sitter black hole due to neutrinos is investigated.
用Newman Penrose形式和’tHooft砖墙模型 ,研究了中微子自旋对Schwarzschild anti deSitter黑洞量子熵的影响 。
2) quantum field entropy
量子场熵
1.
The quantum field entropy in the system of a squeezed coherent states field interacting with two coupled two-level atoms;
压缩相干态光场两耦合双原子系统的量子场熵
2.
The properties of quantum field entropy evolution in a single-mode vacuum field-coupled two-level atoms′ system were by the complete quantum theory.
利用全量子理论,研究了单模真空场-耦合双原子系统的量子场熵的演化特性。
3.
Secondly, the evolution properties of quantum field entropy are studied in the system of moving atom interacting with the field.
然后,利用全量子理论,研究了单个及两个耦合的运动原子与光场相互作用系统的量子场熵演化特性。
3) quantum mutual entropy
量子互熵
1.
Quantum mechanical channel and quantum mutual entropy in the two-photon Jaynes-Cummings model with atomic motion;
具有原子运动的双光子J-C模型中量子力学通道与量子互熵
4) quantum field-entropy
量子场熵
1.
According to the complete quantum theory,the quantum field-entropy evolution properties in a system of the two coupled two-level atoms interacting with a single-mode odd-coherent state light field are studied.
应用全量子理论,研究了单模奇相干态光场与耦合双能级原子相互作用系统的量子场熵演化特性。
5) quantum reduced entropy
量子约化熵
1.
The quantum reduced entropy evolution of a V-type three-level atom interacting with the two- mode odd-even entangled coherent field is investigated.
运用量子约化熵研究了V型三能级原子与双模奇偶纠缠相干光场相互作用系统中场熵的演化特性。
2.
The entanglement of field-atom and the entangle- ment between the two-mode field are investigated using the quantum reduced entropy and quantum relative entropy,respectively.
研究的系统为双模压缩真空态和玻色-爱因斯坦凝聚体相互作用体系,在双光子跃迁过程中,分别用量子约化熵和量子相对熵研究了该系统中的双模压缩真空态与凝聚体间的纠缠以及双模压缩真空态的模间纠缠,分析了光场初始压缩因子、原子间相互作用对场-凝聚体间纠缠和模间纠缠的影响。
3.
Considering the interaction between two-mode SU(1,1) coherence states and a two-level atom,we investigate the entanglement of field-atom and one of two modes of field using the quantum reduced entropy and quantum relative entropy,respectively.
考虑双模SU( 1,1)相干态与二能级原子相互作用 ,分别用量子约化熵和量子相对熵研究了该系统双模SU( 1,1)相干态与原子间的纠缠以及双模SU( 1,1)相干态的模间纠缠 ,分析了SU( 1,1)双模光子数差和光场失谐量对场—原子纠缠和模间纠缠的影响 。
6) quantum relative entropy
量子相对熵
1.
The entanglement of field-atom and the entangle- ment between the two-mode field are investigated using the quantum reduced entropy and quantum relative entropy,respectively.
研究的系统为双模压缩真空态和玻色-爱因斯坦凝聚体相互作用体系,在双光子跃迁过程中,分别用量子约化熵和量子相对熵研究了该系统中的双模压缩真空态与凝聚体间的纠缠以及双模压缩真空态的模间纠缠,分析了光场初始压缩因子、原子间相互作用对场-凝聚体间纠缠和模间纠缠的影响。
2.
The entanglement properties between the two-mode field and the atom and that between the two modes of the field are respectively investigated by using the quantum reduced entropy and the quantum relative entropy.
在二能级原子静止和运动的情况下,研究了原子与双模压缩真空态量子化腔场共振拉曼过程中的纠缠特性,利用量子化熵和量子相对熵分别讨论了原子与双模光场之间以及双模光场两模之间的纠缠性质。
3.
Considering the interaction between two-mode SU(1,1) coherence states and a two-level atom,we investigate the entanglement of field-atom and one of two modes of field using the quantum reduced entropy and quantum relative entropy,respectively.
考虑双模SU( 1,1)相干态与二能级原子相互作用 ,分别用量子约化熵和量子相对熵研究了该系统双模SU( 1,1)相干态与原子间的纠缠以及双模SU( 1,1)相干态的模间纠缠 ,分析了SU( 1,1)双模光子数差和光场失谐量对场—原子纠缠和模间纠缠的影响 。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条