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Process and device for the stepwise enrichment of deuterium and/or tritium in a substance suitable for isotope exchange between deuterium or tritium and hydrogen

机译:在适合于氘或tri与氢之间同位素交换的物质中逐步富集氘和/或tri的方法和装置

摘要

A process for the incremental enrichment of deuterium and/or tritium in a material which is suitable for the isotope exchange of deuterium and tritium with hydrogen, and an arrangement for the implementation of the process. The process and arrangement for the enrichment of deuterium and/or tritium in water which, in addition to a high transport speed for the molecules which participate in the isotope exchange, evidences a high enrichment factor for each enrichment stage and a high yield, so that at a relatively small number of stages and low energy consumption there is attainable an overall high degree of enrichment. For each enrichment stage, water containing deuterium and/or tritium is introduced into a carrier gas flow, reduced and set to a hydrogen (H2) partial pressure of maximally 100 mbar. Subsequent thereto, the carrier gas flow is conveyed along the primary side of an exchange wall which is suitable for the permeation of hydrogen, along the secondary side of which there flow a further carrier gas flow which contains a material adapted for the isotope exchange of deuterium and tritium with hydrogen in the gas phase thereof. The hydrogen isotopes deuterium and/or tritium which permeate through the exchange wall, after the isotope exchange, are bonded with the material in reaction product.
机译:本发明涉及一种用于使氘和/或in在材料中逐渐富集的方法,该材料适合于氘和tri与氢的同位素交换,以及用于实施该方法的装置。氘和/或tri在水中富集的方法和装置,除了参与同位素交换的分子的高传输速度外,还证明了每个富集阶段的富集因子高,产率高,因此在相对少的阶段数和低能耗的情况下,可获得总体上高度的浓缩。对于每个富集阶段,将包含氘和/或tri的水引入载气流中,还原并设定为最大100 mbar的氢气(H2)分压。随后,载气流沿着适合于氢渗透的交换壁的初级侧输送,沿着载流壁的次级侧又流动了另一载气流,该载气流包含适合于氘同位素交换的材料tri在气相中带有氢。在同位素交换之后,渗透穿过交换壁的氢同位素氘和/或tri与反应产物中的材料结合。

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