Open AccessSynthesis and Characterization of Cobalt Ferrite through Co-Precipitation Technique
Author(s) -
S. Nithiyanantham,
Selvaraj Viviliya,
Somasundaram Anandhan,
Sreepathi Mahalakshmi,
Kalyanasundaram,
L Gabriel,
A Mariella,
C Cynthia,
B Cabriel,
L Jochen,
B Elisa,
T Bastami,
M Entezari,
Q Hu,
S Hartono,
S Qiao,
S Supriya,
S Kumar,
M Kar,
M Sivakumar,
S Kanagesan,
V Umapathy,
K Chinnaraj,
S Nithiyanantham,
M Sivakumar,
S Kanagesan,
K Chinnaraj,
R Suresh Babu,
S Nithiyanantham,
Synthesis,
Y Sumanth,
R Sujatha,
S Mahalakshmi,
P Karthika,
S Nithiyanantham,
S Saravanan,
Azagiri,
S Hayrapetyan,
H Khachatryan,
A Nikumbh,
R Pawar,
D Nighot,
G Gugale,
M Sangale,
M Khanvilkar,
A Nagawade,
Structural,
Z Jiao,
X Geng,
M Wu,
Y Jiang,
B Zhao,
V Kiran,
S Sumathi,
S Mahalakshmi,
R Jayasri,
S Nithiyanantham,
S Swetha,
K Santhi,
M Mustaq,
M Imran,
S Bashir,
F Kanwal,
L Mitu,
Synthesis,
O Rahman,
S Mohapatra,
S Ahmad,
A Raut,
R Barkule,
D Shengule,
K Jadhav,
A Kalam,
A Al-Sehemi,
M Assiri,
G Du,
T Ahmad,
I Ahmad,
M Pannipara,
G Meenal,
D Anushree,
M Satyabratha,
D Dipankar,
D Anindya
Publication year - 2020
Publication title -
letters in applied nanobioscience
Language(s) - English
Resource type - Journals
ISSN - 2284-6808
DOI - 10.33263/lianbs101.18711876
Subject(s) - fourier transform infrared spectroscopy , spinel , materials science , cobalt , ferrite (magnet) , infrared , absorption spectroscopy , band gap , absorption (acoustics) , diffraction , analytical chemistry (journal) , spectroscopy , infrared spectroscopy , powder diffraction , nanoparticle , chemical engineering , nanotechnology , crystallography , optics , chemistry , metallurgy , optoelectronics , composite material , organic chemistry , engineering , quantum mechanics , physics
The device formation in current technology demands effective magnetic materials. Cobalt ferrite nanoparticles were synthesized by the co–precipitations method using the precursor materials (Fe(No3)3 9H2O) and (Co(NO3)2 6H2O). X-ray diffraction (XRD), Fourier Transform Infrared Spectroscopy (FTIR) analysis, and UV–Visible absorption spectral studies were used to analyze the structural, chemical/functional groups with possible stretching and optical bandgap properties of the CoFe2O4 powder. XRD results designate that the resultant particles are crystalline, pure single-phase spinel structure. From the FTIR analysis reveals that C-C, C=O stretching, and the shift is leaked indicating that the presence CoFe2O4. The absorption and the optical band gaps values are increased trend with temperatures also evidence that is enhancing magnetic behavior.
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