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Novel report on single phase BiFeO3 nanorod layer synthesised rapidly by novel hot-wall spray pyrolysis system: evidence of high magnetization due to surface spins

by Saravanakumar, K. , Choudhary, R. J. , Jithin, M. , Patidar, Manju Mishra , Devaraj, R. , Marimuthu, G. , Sanjeeviraja, C. , Mahalakshmi, K. , Moses Ezhil Raj, A. , Sreelakshmi, V. R. , Razad, P. M. , Ganesan, V.

in Characterization and Evaluation of Materials / Chemistry and Materials Science / Materials Science / Optical and Electronic Materials

2017

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Novel report on single phase BiFeO3 nanorod layer synthesised rapidly by novel hot-wall spray pyrolysis system: evidence of high magnetization due to surface spins

in Characterization and Evaluation of Materials / Chemistry and Materials Science / Materials Science / Optical and Electronic Materials

2017

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Novel report on single phase BiFeO3 nanorod layer synthesised rapidly by novel hot-wall spray pyrolysis system: evidence of high magnetization due to surface spins

in Characterization and Evaluation of Materials / Chemistry and Materials Science / Materials Science / Optical and Electronic Materials

2017

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Journal Article

Novel report on single phase BiFeO3 nanorod layer synthesised rapidly by novel hot-wall spray pyrolysis system: evidence of high magnetization due to surface spins

Saravanakumar, K.,

Choudhary, R. J.,

Jithin, M.,

Patidar, Manju Mishra,

Devaraj, R.,

Marimuthu, G.,

Sanjeeviraja, C.,

Mahalakshmi, K.,

Moses Ezhil Raj, A.,

Sreelakshmi, V. R.,

Razad, P. M.,

Ganesan, V.

2017

Overview

This is the novel report on the rapid synthesis of single phase BiFeO 3 nanorods by novel hot wall assisted spray pyrolysis system. The deposition has been carried out in an indigenously fabricated system and the entire process is completed in 4 s time duration. The structural, morphological, optical and magnetic properties of BiFeO 3 nanorods have been studied in the work. The mechanism of growth of BiFeO 3 nanorods has been explained extensively. The magnetic studies carried out with SQUID-VSM results BiFeO 3 nanorods showing higher saturated magnetization in comparing with previous reports.

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Publisher

Springer US

Subject

Characterization and Evaluation of Materials

/ Chemistry and Materials Science

/ Materials Science

/ Optical and Electronic Materials