resonant interaction meaning in Chinese
共振干扰
共振相互酌
Examples
- Considering two two - level atoms initially in the non - maximally entangled state , one of them is put into an initially empty cavity and resonant interaction occurs
摘要考虑两个全同的处在非最大纠缠态的双能级原子，将其中一个与共振的真空腔场相互作用。 - Because of the resonant interaction between the reb electrons and the wave excitated by the embp instability , the reb electrons cannot transport continuously , but in form of current clumps . the transport velocity is close to the phase velocity of the wave
因为embp不稳定性所激发的波和束流电子之间的共振相互作用，束流电子不是连续地传播，而是以电流团的形式传播，传国防科技大学研究生院学位论文播速度接近于波的相速度。 - In the third chapter , three two - level atoms initially in the w state , then two atoms of them will be put into two initially empty cavities and make resonant interaction respectively . after manipulating the atom outside the cavity , we will consider the change of the squeezed feature of the cavities
第三章中，我们将处于w态的三个原子中的两个分别注入到两个与之共振的真空腔场中，再对腔外的原子进行操作，来研究操作前后腔场双模压缩性质的变化。 - The second chapter will consider three two - level atoms initially in the ghz state , then an atom of them will be put into an initially empty cavity and make resonant interaction . after manipulating the atoms outside the cavity , we will consider the change of the squeezed feature of the cavity . moreover , this result will be generated to n two - level atoms
在第二章中，我们提出了这样一个模型，就是将处于ghz态的若干两能级原子中的一个注入到与之共振的真空腔场中，然后对腔外的原子分别进行旋转和测量操作，来研究操作前后腔场单模压缩性质的变化。 - In this paper , the system of a a - type three - level atom interacting with two - mode su ( 1 , 1 ) coherent states in a kerr - like medium is studied by means of the quantum theory , and the state function for the resonant or non - resonant interaction is derived . using the state function , the kerr effect on the quantum dynamics and nonclassical properties in the system is investigated ; and the influences of the detuning and initial atomic on the quantum and nonclassical properties in the non - resonant interaction study system
本文运用全量子理论，研究了类kerr介质中双模su ( 1 ， 1 )相干态场与型三能级原子相互作用系统，分别导出了该系统在共振及非共振相互作用时的态函数，并以此为出发点，研究了kerr效应对系统的量子动力学和非经典特性的影响，场模失谐量、原子初态对非共振作用系统的量子动力学和非经典特性影响。