1) non-degenerate Raman process
非简并拉曼过程
1.
Influence of AC-Stark shift on cavity field spectra in the non-degenerate Raman process;
非简并拉曼过程中交流斯塔克位移对腔场谱的影响
2.
With modified effective Hamiltonian for non-degenerate Raman process,we have calculated the evolution of the fidelity of the system,the field and the atom,and investigated the influence of the ACStark shift on the evolution of the fidelity of the system,the field,the atom and the atom-field entanglement.
利用修正后的哈密顿量计算非简并拉曼过程中系统、原子、光场的量子态保真度的演化,并研究了原子能级的交流斯塔克位移对系统、原子、光场的量子态保真度演化和原子与场之间的缠绕的影响。
2) non degenerate Raman process
非简并拉曼过程
1.
Using the modified effective Hamiltonian for non degenerate Raman process, we have calculated the evolution of the two mode field entropy and investigated the influence of the AC Stark shift on the evolution of the field entropy and the atom field entanglement.
利用修正后的哈密顿量计算非简并拉曼过程中双模光场场熵的演化 ,并研究了原子能级的交流斯塔克位移对场熵演化和原子 场之间的缠绕的影响 。
2.
Using the modified effective Hamiltonian for non degenerate Raman process, we calculated the evolution of the atom inversion and studied the influence of AC Stark shift on the collapse revival phenomenon of Rabi oscillations.
结果发现，交流斯塔克位移的存在使得非简并拉曼过程中原子反转的崩溃与再生现象呈现较好的周期性，并且拉比振荡的频率和振幅均受交流斯塔克位移的影
3) Degenerate Raman process
简并喇曼过程
4) degenerate Raman two-photon coupling processes
简并双光子拉曼耦合过程
1.
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.
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 。
5) non degenerate two-photon processes
非简并双光子过程
6) degenerate Raman two-photon cupling
简并双光子拉曼耦合
补充资料：多声子过程(见非简谐效应)
多声子过程(见非简谐效应)
multiphonon process
多声子过程multiphonon proeess见非简谐效应。
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