electromagnetically induced transparency 中文意思是什麼

electromagnetically induced transparency 解釋
電磁感生透明
  • induced : 感生的
  • transparency : n. 透明(性);透明度;明了,明澈,透明物體;透明裝飾[圖片];(瓷器的)透明花樣;幻燈片。 his [your etc. ] T- 〈戲謔語〉閣下。
  1. So we can say destructive interference of atomic coherence leads to electromagnetically induced absorption, constructive coherence of atomic coherence leads to electromagnetically induced transparency

    因此,我們可以確切地說,原子相干對吸收的相長干涉產生電磁誘導吸收,原子相干對吸收的相消干涉導致電磁誘導透明。
  2. In this paper we have done two work, one is we, in the dressed states representation, reveal that the constructive interference of atomic coherence on absorption leads to electromagnetically induced absorption, which is in sharp contrast to the case in which destructive interference of atomic coherence gives rise to electromagnetically induced transparency and the other is we reveal that coupling field linewidth inhibits electromagnetically induced absorption, by employing a four - level system in which three transitions are in n configuration and the middle transition serves as a probe transition

    本文主要做了兩方面的工作:一是在修飾態表象中揭示修飾態原子相干對吸收的相長干涉產生電磁誘導吸收,這與修飾態原子相干對吸收的相消干涉導致電磁誘導透明的情形形成鮮明的對照。二是在裸態中,引入耦合場的線寬,從而發現耦合場的線寬抑制電磁誘導吸收。首先研究電磁誘導吸收。
  3. Electromagnetically induced transparency and slow group velocity in pr3 y2sio5 crystal

    晶體中電磁感應光透明及群速度減慢
  4. It is well known that electromagnetically induced transparency ( eit ) occurs because of the absorption cancellation by atomic coherence and interference

    我們知道電磁誘導透明(簡稱eit )是原子相干對光吸收的相消干涉所致。
  5. It is found that the fwm field can cause the asymmetry of electromagnetically induce transparency profile. in addition, the effect of different propagating orientations of probe field on the electromagnetically induced transparency is also discussed. in the molecular multi - level system with the perturbed superposition levels, we discuss the electromagnetically induced transparency, spontaneous emission enhancement, double dark resonance and double electromagnetically induced transparency by using the density matrix equation under weisskopf - winger approximation and dressed - state density matrix equation

    針對實際的實驗條件,考慮了一種影響量子干涉的新的因素-四波混頻場,研究了四波混頻場對雙光子探測的-型能級體系的eit的影響,發現四波混頻場能夠導致雙光子探測的eit線型的不對稱,在此基礎上,討論了不同探測場的傳播方式對eit的影響,針對分子中實際存在的包含有微擾能級的不同多能級系統,我們分別採用綴飾態繪景下的密度矩陣方程和weisskopf - wigner近似下的密度矩陣方程詳細地討論了電磁感應透明、自發輻射的干涉相消和相長、雙暗態共振和雙電磁感應透明現象。
  6. Recent studies have shown that the quantum coherent population trapping, electromagnetically induced transparency, index enhancement without absorption, etc. these new effects have great potential for the control of the coherence properties of a medium, the production of high frequency lasers, the information storage and high precision measurements

    最近的研究表明,原子相干產生很多新的效應,如相干布居捕獲、無反轉激光、折射率增強、電磁誘導透明、電磁誘導吸收等。這些新效應對光學介質相干性質的控制、高頻激光的產生、光信息存儲和高度測量等方面具有巨大的應用前景。
  7. Recent studies have shown that the quantum coherence and interference have led to a lot of new effects such as coherent population trapping, electromagnetically induced transparency, index enhancement without absorption, etc. these new effects have great potential for the control of the coherence properties of a medium, the production of high frequency lasers, the information storage and high precision measurements

    最近的研究表明,原子相干產生許多新效應,如相干布居捕獲、無反轉激光、電磁誘導透明、折射率增強等。這些新效應對光學介質相干性質的控制、高頻激光的產生、光信息存儲和高度測量等方面具有巨大的應用前景。
  8. One - photon detuning tolerance for large kerr nonlinearity and photon switching via electromagnetically induced transparency

    非線性和光子開關的單光子失諧容限
  9. Many novel physical phenomena such as coherent population trapping, lasing without inversion, electromagnetically induced transparency as well as spontaneous emission cancellation and enhancement based on quantum interference have been discovered

    基於量子干涉效應,產生了許多新的物理現象和效應,如相干布居捕獲、無反轉激光、電磁感應透明和自發輻射相消等。
  10. This result is not in contradiction to the case of electromagnetically induced transparency where coupling field linewidth gives rise to or increases absorption, and linewidth is still suppresses the coherence of system

    雖然在兩種情況下,發生的現象完全不同,但是線寬的這兩種效應是一致的,即線寬的兩種不同作用都是導致退相干,並非簡單地認為線寬總是引進或者增強吸收。
  11. Electromagnetically induced two - photon transparency in y model and v model

    模型中的雙光子電磁感應光透明
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