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激活原子
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     In this paper, a quantitative discussion has been given on the beat frequency shift of oppositely directed travelling waves (ODTW) due to the flow of active and non-active atoms in the gain tube.
     本文定量地讨论了在增益管中激活原 子和非激活原子的流动所带来的反向行波频差的漂移。
短句来源
     In this paper, a, quantitative discussion has been given on the beat frequency shift of oppositely directed traveling waves (ODTW) due to the flow of active and non-active atoms in the gain medium.
     本文定量地讨论了在增益介质中激活原子和非激活原子的流动所带来的反向行波频差漂移.
短句来源
     From the model of the active atoms interacting with damped fields, the Pauli master equation and its steady-state solution for degenerate two-photon laser operation are obtained by using perturbation method, It can been shown that, under near threshold condition, Zubairy's results are the zero-order approximation of the results presented in this paper.
     本文从激活原子与衰减场作用的模型出发,应用微挠法给出了简并双光子激光运转的Pauli主方程及其稳态情况下的精确解。 结果表明,近阈值时,zubairy的结果是本文结果的零级近似。
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  相似匹配句对
     Unusual Atoms
     反常原子
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     The Activation of Oocyte
     卵母细胞的激活
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     ATOM LITHOGRAPHY 
     原子光刻
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     The Calculation of the Surface Diffusion Itself Excited Energy of Interim Mata1 Atoms
     过渡金属原子表面自扩散激活能的计算
短句来源
     Using two\|dimensional Collins model, in the papergives calculaon about surface diffusion excitation energy of atoms Mo.
     应用Collins模型 ,计算了Mo原子表面扩散激活能 .
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  excited atom
Condition of Glass Transition in Liquids and Lindemann's Criterion of Melting in the Excited Atom Model
      
Cross sections for dissociative excitation of spectral lines of the excited atom and the singly charged ion of cadmium were measured at an incident electron energy of 30 eV.
      
It is demonstrated that the best fit to experiment is shown by the results obtained using a basic chemical model with atomic partition function in the nearest neighbor approximation with classical determination of the size of excited atom.
      
It is demonstrated that the best fit to experiment is shown by the results obtained using a basic chemical model with atomic partition function in the nearest neighbor approximation with classical determination of the size of excited atom.
      
Photon vacuum renormalization and spontaneous decay of an excited atom near a carbon nanotube
      
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The gas flow in the gain tube is one of the main error sources in ring laser gyros. In this paper, a quantitative discussion has been given on the beat frequency shift of oppositely directed travelling waves (ODTW) due to the flow of active and non-active atoms in the gain tube. It has been shown that the flow of active atoms causes a split of gain curves of the ODTW, and the differences between mode pulling and mode pushing, as well as the effects of radiation trapping, will introduce a beat frequency shift....

The gas flow in the gain tube is one of the main error sources in ring laser gyros. In this paper, a quantitative discussion has been given on the beat frequency shift of oppositely directed travelling waves (ODTW) due to the flow of active and non-active atoms in the gain tube. It has been shown that the flow of active atoms causes a split of gain curves of the ODTW, and the differences between mode pulling and mode pushing, as well as the effects of radiation trapping, will introduce a beat frequency shift. By employing the third-order theory, the theoretical formulae and some numerical results of Langmuir flow are presented. In particular, a statistical approach bas been utilized to handle with the beat frequency shift problem when a Gaussian beam passes the gain field and the flow velocity field, and calculation formulae have been derived for all possible cases.

增益管中气体的流动是激光陀螺中的一项主要误差源。本文定量地讨论了在增益管中激活原 子和非激活原子的流动所带来的反向行波频差的漂移。前者是由于激活原子的流动引起反向行波 增益曲线的分裂,再由于模牵引、推斥及辐射捕获效应的差值而引入的。本文绘出在三阶理论下 的Langmuir流的理论公式及计算值。用统计的方法处理了高斯光束通过增益场和流速场时的频差 漂移。并给出各种情况下的计算公式。

The gas flow in the gain medium is one of the main error sources in ring laser gyros. In this paper, a, quantitative discussion has been given on the beat frequency shift of oppositely directed traveling waves (ODTW) due to the flow of active and non-active atoms in the gain medium.By employing the third-order theory, the theoretical formulae and some numerical results of Langmuir flow are presented. In particular, a statistical approach has been utilized to handle with the beat frequency shift problem when...

The gas flow in the gain medium is one of the main error sources in ring laser gyros. In this paper, a, quantitative discussion has been given on the beat frequency shift of oppositely directed traveling waves (ODTW) due to the flow of active and non-active atoms in the gain medium.By employing the third-order theory, the theoretical formulae and some numerical results of Langmuir flow are presented. In particular, a statistical approach has been utilized to handle with the beat frequency shift problem when a Gaussian beam passes the gain field and the flow velocity field, and calculation formulae have been derived for all possible cases.

气体增益介质的流动是激光陀螺中的一项主要误差源.本文定量地讨论了在增益介质中激活原子和非激活原子的流动所带来的反向行波频差漂移.给出了在三阶理论下的Langmuir流的理论公式及计算值.本文重点在于用统计的方法处理了高斯光束通过增益场和流速场时的频差漂移.并给出各种情况下的计算公式.

From the model of the active atoms interacting with damped fields, the Pauli master equation and its steady-state solution for degenerate two-photon laser operation are obtained by using perturbation method, It can been shown that, under near threshold condition, Zubairy's results are the zero-order approximation of the results presented in this paper.

本文从激活原子与衰减场作用的模型出发,应用微挠法给出了简并双光子激光运转的Pauli主方程及其稳态情况下的精确解。结果表明,近阈值时,zubairy的结果是本文结果的零级近似。

 
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