Fig. 1: The catalytic performance of R-Fe2O3 Foam (800 oC) in the hydrolysis of AB aqueous solution. | Nature Communications

Fig. 1: The catalytic performance of R-Fe2O3 Foam (800 oC) in the hydrolysis of AB aqueous solution.

From: Practical H2 supply from ammonia borane enabled by amorphous iron domain

Fig. 1

a Hydrogen evolution curves of the hydrolysis of AB catalyzed by Fe Foam, commercial Fe2O3 NPs, and R-Fe2O3 Foam (800  oC), respectively. b, c Stability test of R-Fe2O3 Foam (800  oC) within 900 h. After 900 h, there is no obvious decline. d–f Hydrolysis process of AB catalyzed by R-Fe2O3 Foam (800  oC). g Hydrogen evolution curves catalyzed by R-Fe2O3 Foam (800  oC) with different sizes. h Area activities of R-Fe2O3 Foam (800  oC) with different sizes. i Picture of R-Fe2O3 Foam (800  oC) with a size of 10 × 10 cm2.

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