Phenol degradation property of Fe-based amorphous alloys with different composition

The catalytic degradation properties of Fe-based amorphous alloys with different compositions on phenol contaminants were studied, and the results showed that the Fe₇₈Si₉B₁₃ possesses superior catalytic activity than the Fe_73.5Nb₃Cu₁Si_13.5B₉. Samples annealed at temperature of 100°C for 24h were proved to have higher catalytic degradation rate than the original ones. Kinetics analysis based on the experimental dates elucidated that the phenol degradation process can be described by the first-order kinetic model. Structural analysis through XRD, DSC and SEM demonstrated that there is a closed relationship between the catalytic activities of the Fe-based amorphous and the amorphous structure. The types of element conThe catalytic degradation properties of Fe-based amorphous alloys with different compositions on phenol contaminants were studied, and the results showed that the Fe₇₈Si₉B₁₃ possesses superior catalytic activity than the Fe_73.5Nb₃Cu₁Si_13.5B₉. Samples annealed at temperature of 100°C for 24h were proved to have higher catalytic degradation rate than the original ones. Kinetics analysis based on the experimental dates elucidated that the phenol degradation process can be described by the first-order kinetic model. Structural analysis through XRD, DSC and SEM demonstrated that there is a closed relationship between the catalytic activities of the Fe-based amorphous and the amorphous structure. The types of element contained in the Fe-based amorphous alloys have great effect on their catalytic activity.tained in the Fe-based amorphous alloys have great effect on their catalytic activity.