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Prospects of Using Low-temperature Adsorption for Neon Separation into Isotopes

机译:利用低温吸附将氖分离为同位素的前景

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摘要

The results of research on neon separation into isotopes at the temperatures of 77-65K are presented. The scheme and description of laboratory installation for producing neon isotopes are shown.The parameters required for carrying out the separation process are determined. The possibility of forming the liquid neon phase in micropores of sorbent within the temperature range of 77-55K and its influence on the separation process are demonstrated by the method of frontal chromatographic experiment.
机译:给出了在77-65K的温度下将氖分离为同位素的研究结果。给出了生产氖同位素的实验室设备的方案和说明,并确定了进行分离过程所需的参数。通过正面色谱实验的方法证明了在77-55K的温度范围内在吸附剂微孔中形成液态氖相的可能性及其对分离过程的影响。

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