Kathan Bhandari

[Jug Kakadiya @Jug_Kakadiya]

The synthesis of Cu-Cr co-substituted M-type barium hexaferrites using a green approach, demonstrating successful structural, thermal, magnetic, surface morphology, Raman spectroscopic, and dielectric property analyses.
https://t.co/co5pQP9eMA

#Ramanspectroscopy
#greensynthesis

[Krupal @krupal_virani]

Explored the synthesis of SrFe12O19/NiFe2O4 nanocomposites using Calotropis gigantea flower extract. Different weight ratios revealed variations in crystallite size, magnetic behavior, and dielectric properties. #Nanocomposites #ResearchHighlights

[Kathan Bhandari @KathanBhandari]

The research paper presents a comprehensive investigation of Erbium-substituted X-type Ba2Co2ErxFe28-xO46 hexaferrites synthesized through heat treatment. XRD analysis highlights the presence of X and W phases.
DOI
https://t.co/tXZHR99wbS

#Hexaferrites #XRDanalysis

[Jay Gor @JayGor1317]

Co-substituted M-type hexaferrites at 950°C exhibit hard magnetic behavior (max saturation magnetization at x=0.10) and varying coercivity impacting dielectric properties for potential lossless applications.#Hexaferrites #CobaltSubtitution https://t.co/0TlRm2fWuK

[Krish Patel @KrishPatel91099]

Exciting findings on SrFe12O19/NiFe2O4 nanocomposites synthesised using Calotropis gigantea extract

Key Findings:
Crystallite size: 25-44 nm
Tuneable magnetic and dielectric properties

Credits to research: https://t.co/wIagyOkDdS
#MaterialScience #ResearchUpdate #ScienceTwitter

[Jyot Kikani @JyotKikani]

Unveiling the potential of Cu-Cr substituted M-type barium hexaferrites! Synthesized with a green touch using Mentha leaves extract, these magnetic materials show promise for lossless low-frequency application.
#Hexaferrites
#GreenSynthesis
https://t.co/qluOAQcLNk

[krishna Chaudhari @krishnaCha3417]

Explore calcium hexaferrite properties synthesized with Azadirachta indica and Murraya koenigii leaves extract. Analyze structure via XRD, optics using UV-Vis, magnetism, and dielectric properties.

*DOI*

https://t.co/qukAaKLS6Y

#research
#science

[Jainam Kamdar @kamdar_jainam]

M-type calcium hexaferrite (CaFe12O19) can be prepared using Murraya koenigii and Azadirachta indica leaves extracts,followed by heat treatment.Both samples are magnetically soft,with a multidomain structure.
Doi:- https://t.co/NbsxfFm9Gn
#calciumhexaferrite
#MaterialsScience

[Krish Patel @patelkrish2410]

the sol-gel hydrothermal technique to synthesize SrFe12O19/CoFe2O4 nanocomposites and investigated.The hydrothermal method to synthesize SrFe12O19-CoFe2O4 nanocomposites at two different temperatures 700 C and 900C
Doi= https://t.co/zTwbC1RJBa

# #CoFe2O4 #SynthesisTemperatures

[Khushal Vanjara @KhushalVanjara]

Erbium-substituted Ba2Co2ErxFe28-xO46 hexaferrites, prepared via heat treatment, exhibit varying phases. Mössbauer spectroscopy reveals magnetic properties.

*DOI*

https://t.co/bU2OviupbJ

#Hexaferrite #MaterialsScience

[Kalp Patel @patel_kalp17]

Erbium-substituted Ba2Co2Fe28-xO46 hexaferrites (x = 0.00-0.20) show X and W phases. x = 0.12 exhibits maximum MS (52.29 Am2/kg), Ha (1370 kA/m), and potential filter applications.

DOI :-https://t.co/hCH8YPJVXt
#Hexaferrites
#ErbiumSubstitution

[Kathan Bhandari @KathanBhandari]

The research paper presents a comprehensive investigation of Erbium-substituted X-type Ba2Co2ErxFe28-xO46 hexaferrites synthesized through heat treatment. XRD analysis highlights the presence of X and W phases.
DOI
https://t.co/tXZHR99wbS

#Hexaferrites #XRDanalysis