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首页> 外文期刊>Journal of contemporary physics >Interference Phenomena at the Elastic Collision of Atoms with Formation of the Feshbach Resonance in the Presence of Laser Radiation Field
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Interference Phenomena at the Elastic Collision of Atoms with Formation of the Feshbach Resonance in the Presence of Laser Radiation Field

机译:存在激光辐射场时原子弹性碰撞与Feshbach共振形成的干扰现象

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摘要

Resonant scattering of atoms with formation of the Feshbach resonance in the presence of a laser radiation coupling the levels of two bound atoms (a molecule) is considered. The laser field leads to a second resonance in scattering and broadening of resonances, which facilitates the possibility of experimental observation of asymmetry of the total scattering cross-section arising because of interference between resonant and potential scatterings. The effects associated with interference of the two channels of decay of a bound system of two atoms (a molecule) in the laser field are studied. An expression is obtained for the scattering length in collision of two cold atoms in the field of laser radiation.
机译:在耦合两个结合原子(一个分子)的水平的激光辐射的存在下,考虑了原子的共振散射并形成了Feshbach共振。激光场在散射中引起第二共振,并且共振变宽,这有利于实验观察由于共振散射和潜在散射之间的干涉而引起的总散射截面不对称的可能性。研究了与两个原子(一个分子)的结合系统在激光场中衰变的两个通道的干涉有关的效应。获得了两个冷原子在激光辐射领域碰撞时的散射长度的表达式。

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