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首页> 外文期刊>Physical Review, A. Atomic, molecular, and optical physics >Theory of light-induced drift. IV. Models of bulk light-induced drift in three dimensions - art. no. 013411
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Theory of light-induced drift. IV. Models of bulk light-induced drift in three dimensions - art. no. 013411

机译:光致漂移理论。 IV。三维中大体积光诱导漂移的模型-艺术没有。 013411

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摘要

Light-induced drift (LID) of a rarefied gas in a cell is studied, and exact analytical closed-form solutions to the model rate equations are obtained for bulk LID (BLID) in three dimensions, emphasis being placed on the limit of low radiation absorption by the gas. Comparisons are made with an existing model of BLID in one dimension [F. O. Goodman, preceding paper, Phys. Rev. A 67, 013410 (2003)], and we examine whether there are any conditions under which that model is satisfactory. Comparisons are also made with the author's models of surface LID in one dimension (above reference) and in three dimensions [F. O. Goodman, Phys. Rev. A 65, 063409 (2002); 65, 063410 (2002)]. [References: 5]
机译:研究了电池中稀有气体的光致漂移(LID),并针对三维LID(BLID)在三个维度上获得了模型速率方程的精确解析封闭形式解,重点放在了低辐射的极限上被气体吸收。与一维现有BLID模型进行比较[F. O. Goodman,前论文,物理学。 Rev. A 67,013410(2003)],我们研究了该模型是否满足任何条件。还与作者的表面LID模型在一个维度(参考上方)和三个维度上进行了比较[F. O. Goodman,物理A 65,063409(2002); 65,063410(2002)]。 [参考:5]

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