MnPSe3 crystals XRD data collected from MnPSe3 crystals Properties of MnPSe3 crystals

MnPSe3

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MnPSe3 is a 2D Heisenberg-type magnetic material with Neel temperature at 77K [1] MnPSe3 crystals have been synthesized through chemical vapor transport (CVT) or flux transport technique (similar to CVT except chemical transport agent is not utilized to attain high crystallinity and purity) with confirmed 99.999% purity and high crystallinity. Each crystal measures few mm in size, and one order includes 3 pieces of MnPSe3 crystals. MnPSe3 flakes are perfectly oriented along 0001 (c-axis) direction. To date, MnPSe3 has been mostly studied in the bulk form. It has antiferromagnetic response but undergoes antiferromagnetic to ferromagnetic transition (AFM to FM) at low temperatures. More recently, MnPSe3 sheets have also been demonstrated to be an efficient photocatalytic and electrocatalytic material. All these products are handled using non-magnetic tweezers and in non-magnetic environment with tools that are free of magnetic impurities to ensure intrinsic magnetic properties can be confidently measured and probed.

Properties of MnPSe3 crystals

mnpse3-properties.png

XRD data collected from MnPSe3 crystals - 2Dsemiconductors USA

Peaks correspond to (00l) l=3, 6, 9, and 12 reflections 

mnpse3-xrd.png

References 

[1] J. Phys.: Condens. Matter 5 623

 

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  • Description

    MnPSe3 is a 2D Heisenberg-type magnetic material with Neel temperature at 77K [1] MnPSe3 crystals have been synthesized through chemical vapor transport (CVT) or flux transport technique (similar to CVT except chemical transport agent is not utilized to attain high crystallinity and purity) with confirmed 99.999% purity and high crystallinity. Each crystal measures few mm in size, and one order includes 3 pieces of MnPSe3 crystals. MnPSe3 flakes are perfectly oriented along 0001 (c-axis) direction. To date, MnPSe3 has been mostly studied in the bulk form. It has antiferromagnetic response but undergoes antiferromagnetic to ferromagnetic transition (AFM to FM) at low temperatures. More recently, MnPSe3 sheets have also been demonstrated to be an efficient photocatalytic and electrocatalytic material. All these products are handled using non-magnetic tweezers and in non-magnetic environment with tools that are free of magnetic impurities to ensure intrinsic magnetic properties can be confidently measured and probed.

    Properties of MnPSe3 crystals

    mnpse3-properties.png

    XRD data collected from MnPSe3 crystals - 2Dsemiconductors USA

    Peaks correspond to (00l) l=3, 6, 9, and 12 reflections 

    mnpse3-xrd.png

    References 

    [1] J. Phys.: Condens. Matter 5 623