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raman激发
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  raman transitions
     Preparation of vibrational Fock states by Raman transitions in an ion trap
     在离子阱中应用Raman激发制备离子振动Fock态
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  “raman激发”译为未确定词的双语例句
     The phase transformation of γ-Al_2O_3 at high temperature was characterized by Raman techniques.
     通过不同波长的Raman激发光对γ-Al2O3的高温相变过程进行了研究。
短句来源
     Based on Jaynes-Cummings model of the ion that interacts with three standing wave light fields, a novel method to prepare Fock states of the motion of the trapped ion is proposed by means of coherent Raman transition.
     基于囚禁离子与驻波激光场相互作用的Jaynes Cummings模型 ,应用Raman激发 ,我们提出了一种制备离子振动Fock态的新方法。
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  相似匹配句对
     Fostering Innovation and Creativity among Employees in Workplace
     激发创造性
     Preparation of vibrational Fock states by Raman transitions in an ion trap
     在离子阱中应用Raman激发制备离子振动Fock态
短句来源
     ON THE THEORY OF RAMAN MASERS
     Raman光激射器
短句来源
     (1)Inspivation stage.
     (1)激发阶段。
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     The Optimized Design of Fiber Raman Amplifiers
     光纤Raman放大器
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  raman transitions
An output coupling of a magnetically trapped two-species Fermi gas to a untrapped species is considered which can be implemented using rf or optical Raman transitions.
      
Two-photon resonant Raman transitions in ensemble of mobile atoms of a gas-discharge plasma are analyzed.
      
By employing Raman transitions or the interaction of the atomic electric dipole moment with magnetic field gradients, one can generate Hamiltonians that can be used for the physical implementation of geometric or topological objects.
      
Precision of single-qubit gates based on Raman transitions
      
The method relies on coherent resonance Raman transitions to optically excite and probe sublevel coherence in atomic ground states using two separated atom-field interaction regions.
      
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Based on Jaynes-Cummings model of the ion that interacts with three standing wave light fields, a novel method to prepare Fock states of the motion of the trapped ion is proposed by means of coherent Raman transition. Choosing the appropriate interacting time and trapping conditions, we can prepare Fock states of the ion motion.

基于囚禁离子与驻波激光场相互作用的Jaynes Cummings模型 ,应用Raman激发 ,我们提出了一种制备离子振动Fock态的新方法。适当选择相互作用时间和Trapping条件 ,可把离子制备在所需的振动Fock态上。

The phase transformation of γ-Al_2O_3 at high temperature was characterized by Raman techniques.Raman results show that under the excitation of 632.8 nm,the Raman shifts bands at 1175,1241cm~(-1) and 1370、1400cm~(-1).Meanwhile,under the excitation of 514.5 nm the Raman shifts bands at 4808,4875cm~(-1) and 5003,5033cm~(-1) cannot be ascribed to Raman vibrational modes and consequently must be due to the fluorescence spectra of the impurities.The bands at lower Raman shifts are attributed to the fluorescence bands...

The phase transformation of γ-Al_2O_3 at high temperature was characterized by Raman techniques.Raman results show that under the excitation of 632.8 nm,the Raman shifts bands at 1175,1241cm~(-1) and 1370、1400cm~(-1).Meanwhile,under the excitation of 514.5 nm the Raman shifts bands at 4808,4875cm~(-1) and 5003,5033cm~(-1) cannot be ascribed to Raman vibrational modes and consequently must be due to the fluorescence spectra of the impurities.The bands at lower Raman shifts are attributed to the fluorescence bands in θ-Al_2O_3 environment;the other two bands are attributed to the fluorescence bands in α-Al_2O_3 environments.Experiments results show that γ-Al_2O_3 starts to transform to θ-Al_2O_3 and α-Al_2O_3 synchronously at 800 ℃.The bands in the θ-Al_2O_3 environment increase to the maximum at 1100~1200 ℃,further increasing the calcination temperature to 1250 ℃ these two bands disappear.This indicates that the Al_2O_3 in surface region starts to transform first.

通过不同波长的Raman激发光对γ-Al2O3的高温相变过程进行了研究。发现用632.8 nm激发光测得的位于1175、1241cm-1和1370、1400cm-1,对应于514.5 nm激发光时位于4808、4875cm-1和5003、5033cm-1的谱峰均是Al2O3中杂质的荧光光谱。较低波数的二个谱峰与θ-Al2O3有关,而较高波数的二个谱峰与α-Al2O3有关。随着焙烧温度升高,从800℃开始γ-Al2O3逐渐向θ-Al2O3和α-Al2O3转变,θ-Al2O3的谱峰强度在1100~1200℃焙烧时最大,当温度继续升高到1250℃全部转变成α-Al2O3,并且Al2O3的相变是从表层开始的。

 
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