2016•AIP conference proceedingsRequires access

Magnetic field dependence of magnetic domains in Co doped Mn2Sb using magnetic force microscopy

Vikram Singh, Pampi Saha, Pallavi Kushwaha, A. Thamizhavel, Rajeev Rawat

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Abstract

Magnetic domains in the ferrimagnetic state of Co doped Mn2Sb single crystal has been visualized using Magnetic Force Microscopy. It shows fractal like domain structure. With the application of magnetic field, single domain state is achieved around 2000 Oe. The MFM images collected during field increasing and decreasing cycles show different morphology for same field value.

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What this paper is about

Magnetic domains in the ferrimagnetic state of Co doped Mn2Sb single crystal has been visualized using Magnetic Force Microscopy. It shows fractal like domain structure. With the application of magnetic field, single domain state is achieved around 2000 Oe. The MFM images collected during field increasing and decreasing cycles show different morphology for same field value.

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Available abstract

Magnetic domains in the ferrimagnetic state of Co doped Mn2Sb single crystal has been visualized using Magnetic Force Microscopy. It shows fractal like domain structure. With the application of magnetic field, single domain state is achieved around 2000 Oe. The MFM images collected during field increasing and decreasing cycles show different morphology for same field value.

Key concepts: Magnetic force microscope, Ferrimagnetism, Magnetic domain, Magnetic field, Condensed matter physics, Materials science, Magnetic resonance force microscopy, Single domain

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