激光抽运极化原子束磁偏转铀浓缩方案
격광추운겁화원자속자편전유농축방안
A Scheme of Uranium Isotope Enrichment via Magnetic Deflection of an Atomic Beam Polarized by Laser Pumping
  • 万方数据
    光学学报 광학학보
    ACTA OPTICA SINICA
    2001年 3期 262-266 ,共5页

    黄学人%朱熙文%梅刚华%钟达

    황학인%주희문%매강화%종체

    光抽运%同位素浓缩%原子束极化 光抽運%同位素濃縮%原子束極化
    광추운%동위소농축%원자속겁화
    将激光抽运选择性极化原子束磁偏转方案用于铀同位素浓缩，考察了铀原子基态各子能级的磁偏转特性，提出了选择性光抽运极化的实验方案，讨论了可能得到的浓缩结果。
    장격광추운선택성겁화원자속자편전방안용우유동위소농축，고찰료유원자기태각자능급적자편전특성，제출료선택성광추운겁화적실험방안，토론료가능득도적농축결과。
    A scheme of magnetic deflection of an atomic beam polarized bylaser pumping applied to isotope enrichment of uranium is presented. The characteristics of magnetic deflection for all sub-levels in the ground state of uranium atoms were evaluated. An experimental method of selectively polarized uranium atoms by optical pumping was proposed. The available enrichment result in this scheme was discussed.
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