无反转激光(Lasing Without Inversion)是利用原子相干和量子干涉效应产生 无反转放大的激光。在普通激光器刚刚诞生时,科学家们就先后提出了多种不 同的模型,开始了无...
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...ransparency) [23-28] ,电磁增益吸收(electromagnetically enhanced absorption)[27-31] ,无反置雷射(lasing without inversion)[32,33] ,光速减慢(light speed reduction)[34-37] ,相互作用暗共振(interacting dark resonance)[27-29,38] ,光子开关(photon s...
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本论文就三能级系统中与量子相干相关的一些现象,如无反转激光(Lasing Without Inversion,LWI),慢光速和超光速(Subluminal and Superluminal)等给出了系统的理论研究.
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free-electron lasing without inversion 无反转自由电子激光器
lasing model without inversion 无粒子数反转激光模型
inversion without lasing 无激光反转
Atomic coherence have led to many novel effects such as coherent population trapping(CPT), eletromagnetic-induced transparency, lasing without inversion, and control spontaneous emission.
原子相干会产生许多新效应,比如:相干布居捕获,电磁诱导透明,无反转激光,以及自发辐射的控制等等。
参考来源 - 利用相干控制的原子库产生纠缠辐射的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
Lasing without inversion can occur certain conditions.
在一定条件下,系统能够呈现无反转激光。
This thesis mainly discusses the physics mechanism of lasing without inversion and proposed a closed four-level atomic model for the lasing without inversion.
本文主要的探讨了无粒子数反转激光的物理机制,建议了一种封闭的四能级无反转激光模型,并证明它也能够呈现无粒子数反转光放大现象。
Inversion without lasing can also occur when the conditions are changed.
在另一条件下,系统则能够呈现无激光反转。
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