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激光原子法
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  atomic vapor laser
     Calculation of 3-D atom's distribution function in atomic vapor laser isotope separation
     激光原子法同位素分离中三维原子分布函数的计算
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  相似匹配句对
     Advances in Laser-Excited Atomic Fluorescence Spectrometry
     激光原子荧光光谱分析的进展
短句来源
     Atomic-Vapor Laser Uranium Isotope Separation
     原子激光分离铀同位素
短句来源
     Atom laser gyroscope
     原子激光陀螺
短句来源
     The Propagation and Manipulation of the Atom Laser Beam
     原子激光的传输和控制
短句来源
     Measurement of Gd atom metastable levels by laser induced fluorescence spectroscopy
     用激光感生荧光测量亚稳态原子寿命
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  atomic vapor laser
Atomic Vapor Laser Isotope Separation (AVLIS) is a general and powerful technique applicable to many elements.
      
The atomic vapor laser isotope separation (AVLIS) method is expected as the most efficient way compared with the normal electromagnetic separation method.
      
The restraints inherent in the conventional isotope separation technique AVLIS (atomic vapor laser isotope separation) are discussed as applied to the large-scale production of various isotopes.
      
Electrolytic reduction of uranium oxide was proposed for the preparation of uranium metal feed for the atomic vapor laser isotope separation (AVLIS) process.
      


A new method is presented to measure the atomic flux for atomic vapor laser isotope separation. The detector was made of glass slabs with copper electrodes coated on their ends. The atomic flux was measured by monitoring the resistance change between the coated films. The output signal from the detector was then digitized and monitored in real time. Several detectors in beam cross section with a multi-channel A/D converter, were used to measure the atomic flux distribution in a real time. The experimental results...

A new method is presented to measure the atomic flux for atomic vapor laser isotope separation. The detector was made of glass slabs with copper electrodes coated on their ends. The atomic flux was measured by monitoring the resistance change between the coated films. The output signal from the detector was then digitized and monitored in real time. Several detectors in beam cross section with a multi-channel A/D converter, were used to measure the atomic flux distribution in a real time. The experimental results show the method has advantages in both cost and accurate.

为测量激光原子法同位素分离中密度通量 ,采用两端镀有铜电极的玻璃基片作测量探头 ,通过检测蒸镀在玻璃基片上两电极间金属薄膜电阻的变化来测量密度通量。探头输出信号经由多路 A/ D数据采集卡处理后送入微型电子计算机 ,经计算处理可实时给出密度通量的空间分布。实验结果表明 ,该方法费用低、精度高

 
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