Synthesis and characterisation of the vibrational and electrical properties of antiferromagnetic 6L-Ba2CoTeO6 ceramics

Synthesis and characterisation of the vibrational and electrical properties of antiferromagnetic 6L-Ba2CoTeO6 ceramics

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Optimal processing conditions for fabrication of dense single-phase 6L-Ba2CoTeO6 ceramics via the solid-state reaction method were determined. These ceramics possess a room-temperature crystal structure described by the centrosymmetric P3m1 space group. Polarized Raman spectroscopy enabled the obser...

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Bibliographic Details
Main Authors: Aziz, A.A (Author), Bell, A.M.T (Author), Dias, A. (Author), Eccleston, R. (Author), Feteira, A. (Author), Lobo, R.P.S.M (Author), Mercone, S. (Author), Moreira, R.L (Author)
Format: Article
Language:English
Published: Royal Society of Chemistry 2019
Subjects:
Ac impedance spectroscopy
Activation energy
Antiferromagnetic phase transition
Antiferromagnetic transition
Antiferromagnetics
Antiferromagnetism
article
Ceramic materials
ceramics
Cobalt compounds
cooling
crystal structure
Crystal structure
Fourier transform infra reds
Fourier transformation
impedance spectroscopy
infrared radiation
low temperature
oxidation
phase transition
Polarized raman spectroscopy
Raman spectrometry
room temperature
Single crystals
Single-crystal study
solid state
Solid state reaction method
Solid state reactions
synthesis
Temperature
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