23ecg 065

[23ecg 065 @23ecg02840]

@Rudra1182005 Ek number

[23ecg 065 @23ecg02840]

@AditiShah2115 Great

[23ecg 065 @23ecg02840]

@tirthahir_03 Best work

[Tirth Baldaniya @tirthahir_03]

XRD and magnetic hysteresis loops were used to analyze structural and magnetic properties. Results indicate M-type hexagonal ferrite and hematite phases,with saturation magnetization rising lanthanum substitution increases.
https://t.co/WBXbYeoE2m
#magneticproperties #XRDanalysis

[23ecg 065 @23ecg02840]

@harshpatel2527 Nice

[Harsh Patel @harshpatel2527]

By using Azadirachta indica and Murraya koenigii leaves extracts, they made M-type calcium hexaferrite (CaM).

DOI :- https://t.co/GHv1aeAQ9F

#GreenSynthesis #PlantExtracts #MaterialScience

[23ecg 065 @23ecg02840]

@Khushi3k19 💯💯💯

[Savani Vensi @RashmitaSa239]

In our research,we investigated Cu-Cr co-substituted M-type barium hexaferrites.Heat treatment at 1100°C confirmed M-phase formation.Samples making them promising for lossless,low-frequency applications.

DOI:https://t.co/7CxavaXVXP
#hexaferrites
#research
#M_phase

[23ecg 065 @23ecg02840]

@RashmitaSa239 Nice work 💯

[Khushi Karangiya @Khushi3k19]

Sr-Co hexaferrites with La substitution were synthesized using heat treatment. X-ray diffraction confirmed M-type hexagonal structure s. Magnetic analysis showed saturation magnetization.

#materialsscience #Research

https://t.co/FVVBxZk3gT

[Soham Suthar @soham7016]

The synthesized hexaferrites Sr0.5Co0.5LaxFe12-xO19 (x = 0.0 0.05, 0.15, 0.2) had M-type hexagonal ferrite and hematite phases. Increased lanthanum substitution led to higher saturation magnetization at room temperature
https://t.co/CWrXMqAIrj

#physics
#magneticmaterials

[23ecg 065 @23ecg02840]

@Khushi3k19 Nice work
Keep it up

[23ecg 065 @23ecg02840]

The synthesized hexaferrites Sr0.5Co0.5LaxFe12-xO19 (x = 0.0 0.05, 0.15, 0.2) had M-type hexagonal ferrite and hematite phases. Increased lanthanum substitution led to higher saturation magnetization at room temperature
https://t.co/BJspDZ7Q5c…

#physics
#magneticmaterials

[23ecg 065 @23ecg02840]

@soham7016 Best info

[23ecg 065 @23ecg02840]

@tirthahir_03 Best

[23ecg 065 @23ecg02840]

Great information

[23ecg 065 @23ecg02840]

Murraya koenigii leaves produced CaM hexaferrites with a magnetization of 11.78 Am2/kg and 3.56 Am2/kg, respectively. These samples had a soft magnetic nature and a multidomain structure with a 2.01 eV energy bandgap.

https://t.co/3FJwMl1HIB
#CaMHexaferrites #MurrayaKoenigii