同位素分馏效应是影响氢同位素准确分析的主要因素。
The isotope fractionation effect is primary factor affecting accuracy of hydrogen isotope analysis.
在迄今所知的金属-氢体系中，钯氢体系的同位素效应最强，因此，钯被广泛用于氢同位素处理工艺中。
Palladium-hydrogen system has the largest isotope effect in the metal - (hydrogen) systems so far as we know, so palladium is widely used in hydrogen isotopes (disposal) technology.
实验结果表明：601对氢同位素的吸附量为最高、AC次之、CNF最小，并存在明显的同位素效应；
Experimental results indicate that the adsorption capacity of hydrogen isotopes on 601 is higher than that on AC or CNF at liquid nitrogen temperature and CNF has the smallest adsorption capacity.
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