Fig. 3: Composition ranges of the ten oxides in the 585 considered nuclear waste immobilization glasses for modeling the VHT responses, along with the distribution of the VHT responses in the dataset. | npj Materials Degradation

Fig. 3: Composition ranges of the ten oxides in the 585 considered nuclear waste immobilization glasses for modeling the VHT responses, along with the distribution of the VHT responses in the dataset.

From: Unveiling the effect of composition on nuclear waste immobilization glasses’ durability by nonparametric machine learning

Fig. 3

Note that the unit of the scaled VHT alteration rate, *, represents g/(m2 d). The red, two purple, and two orange whiskers indicate the median, lower and upper quartiles, and lower and upper extremes of the feature values, respectively.

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