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An electron trapping protocol of FePW12O40 microflowers with dual catalytic properties: visible light photodegradation of amphetamine and electrocatalytic oxygen evolution. Issue 33 (4th April 2019)
Record Type:
Journal Article
Title:
An electron trapping protocol of FePW12O40 microflowers with dual catalytic properties: visible light photodegradation of amphetamine and electrocatalytic oxygen evolution. Issue 33 (4th April 2019)
Main Title:
An electron trapping protocol of FePW12O40 microflowers with dual catalytic properties: visible light photodegradation of amphetamine and electrocatalytic oxygen evolution
Abstract : We have demonstrated the development of a novel polyxometalate compound, FePW12 O40, for photocatalytic degradation of amphetamine and electrocatalytic oxygen evolution. Abstract : We have demonstrated the development of a novel polyxometalate compound, FePW12 O40, for photocatalytic degradation of amphetamine and electrocatalytic oxygen evolution. It showed robust optoelectronic properties, which can be attributed to numerous electron trapping sites created by atomic level defects in the microflower-like architecture.