Fig. 6: Generality of VTSE strategy in preparing high-performance PVA gels. | Nature Communications

Fig. 6: Generality of VTSE strategy in preparing high-performance PVA gels.

From: Mechanically robust eutectogels enabled by precisely engineered crystalline domains

Fig. 6

Engineering tensile stress-strain curves and the corresponding Young’s modulus and toughness of PVA gels using different poor solvents: a, b Gly/TMAC eutectogels; c, d Gly organogels; e, f H2O/NaCl hydrogels. Data are presented as mean values ± SD, n = 3. g Comparison of Young’s modulus ranges of LR-PVA hydrogels, organogels, and eutectogels prepared via the VTSE strategy, highlighting the advantages of eutectogels in terms of mechanical properties.

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