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首页> 外文期刊>Journal of Nuclear Materials: Materials Aspects of Fission and Fusion >Dilution of Li-Li 2 O in a metallic fuel produced through oxide reduction using ZrO 2-assisted rinsing in molten LiCl
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Dilution of Li-Li 2 O in a metallic fuel produced through oxide reduction using ZrO 2-assisted rinsing in molten LiCl

机译：在通过在MoltzECL中的ZrO 2辅助漂洗通过氧化物还原产生的金属燃料中的Li-Li 2 O稀释

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摘要

This study explored the feasibility of rinsing a metallic fuel in a separate LiCl salt as a new alternative to salt distillation, aimed to dilute Li and Li2O in the residual oxide reduction (OR) salt of the fuel and then supply the fuel for electrorefining. The rinsed metallic fuel was conducted by simply immersing the fuel in a LiCl salt at 650 degrees C. During the immersion, the residual OR salt in the fuel was dissolved, and Li2O and Li generated during the OR of the fuel were diluted. Li and Li2O dissolved in LiCl were successfully consumed by chemically reacting with ZrO2 immersed in the salt. Even after the metallic fuel was rinsed in a common LiCl salt, the Li-Li2O concentration in the salt was maintained at the initial concentration before the rinsing owing to the use of ZrO2. Moreover, the Li-Li2O in the fuel was significantly diluted during the rinsing. (c) 2020 Elsevier B.V. All rights reserved.
机译：该研究探讨了将金属燃料漂洗在单独的LICL盐中作为盐蒸馏的新替代品的可行性，其目的是在燃料的残留氧化物还原（或）盐中稀释Li和Li2O，然后为燃料供应电动灌装。 通过在650℃下简单地浸入LiCl盐中的燃料中的燃烧金属燃料进行。在浸渍过程中，燃料中的残留或盐溶解，燃料期间或燃料中产生的Li 2 O和Li稀释。 通过将浸入盐中的ZrO 2的化学反应化学反应成功消耗Li和Li2O。 即使在普通的LiCl盐中冲洗金属燃料之后，由于使用ZrO 2，盐在粉末之前的初始浓度保持盐中的Li-Li2O浓度。 此外，在漂洗过程中燃料中的Li-Li2O显着稀释。 （c）2020 Elsevier B.v.保留所有权利。

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