Substitution Consequences on Electric and Magnetic Behaviour of Nanoferrites

Dhiman, Monika; Kaur, Balwinder; Rana, Shikha; Kaur, Baljinder

doi:10.1007/978-981-16-7454-9_4

Cited by 1 publication

(2 citation statements)

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“…Spinel ferrites provide easy magnetic regeneration and reuse options in waste water treatment through advanced oxidation process. Spinel ferrites are employed for various pollutant removals with high stability and no observable change in efficiency upto 5 -7 recycled use (44), (45). Doped spinel ferrite have shown superior magnetic, electric, photocatalytic characteristics and spinel ferrite composites with Graphene, Chitosan, Carbon nano tubes etc are also investigated for pollutant removal treatments and found to show better removal rate with small dosage in less time and high reusability rate ( 46), (47).…”

Section: Ferrite As Photo or Photo-fenton Catalystmentioning

confidence: 99%

“…Spinel ferrites are employed for various pollutant removals with high stability and no observable change in efficiency upto 5 -7 recycled use (44), (45). Doped spinel ferrite have shown superior magnetic, electric, photocatalytic characteristics and spinel ferrite composites with Graphene, Chitosan, Carbon nano tubes etc are also investigated for pollutant removal treatments and found to show better removal rate with small dosage in less time and high reusability rate ( 46), (47). Recently, P. Dhiman et al have synthesized and investigated doped spinel ferrite samples for degradation of levofloxacin under visible light.…”

Section: Ferrite As Photo or Photo-fenton Catalystmentioning

confidence: 99%

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A Brief Review on the Use of Ferrite in Catalysis

Rana¹,

Singh²

2022

ECS Trans.

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The developing eminently capable nanocatalyst is a befitting need of catalytic industries. This brief review provides knowledge about the recent advances in use of nanoferrite composites in various catalytic processes like immobilization of enzymes, degradation of harmful contaminants in waste water, synthesis of biofuel. Easy deactivation, less recovery, and low stability like limitations of traditional catalysts are transcended by peculiar nanocatalysts. With latest advancement in synthesis, functionalization and designing techniques the preparation process of efficient ferrite nanocatalyst hybrids is optimized. The various catalytic applications of spinel ferrites are due to facile recovery, stability, and activity provided by ferrites in catalytic processes. In the present article, the behavior of ferrite as biocatalyst, Fenton catalyst and photocatalyst have been briefly reviewed and summarized.

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Section: Ferrite As Photo or Photo-fenton Catalystmentioning

confidence: 99%