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High Pressure Research
An International Journal
Volume 43, 2023 - Issue 1
657
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Articles

New uniaxial pressure cell used in a study of magnetization of the Heusler Ni2MnSn-based alloy

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Pages 15-22 | Received 12 Nov 2022, Accepted 19 Jan 2023, Published online: 01 Feb 2023

Figures & data

Figure 1. The functional parts of the cell: (a) the photo of the CuBe parts described in the text; (b) internal squeezer module; (c) schematic drawings of two types of arrangement of uniaxial pressure cell.

Figure 1. The functional parts of the cell: (a) the photo of the CuBe parts described in the text; (b) internal squeezer module; (c) schematic drawings of two types of arrangement of uniaxial pressure cell.

Figure 2. Graph of relation between applied force F and change of spring length ΔL recorded during the calibration of the CuBe tube-springs.

Figure 2. Graph of relation between applied force F and change of spring length ΔL recorded during the calibration of the CuBe tube-springs.

Figure 3. Elastic and plastic parts of deformation of the Cu-sample that was compressed in the transversal and the axial arrangements of the cell.

Figure 3. Elastic and plastic parts of deformation of the Cu-sample that was compressed in the transversal and the axial arrangements of the cell.

Figure 4. Temperature dependence of magnetization of the Ni1.88Mn1.6Sn0.52 alloy at ambient (square) and under hydrostatic pressure (circle).

Figure 4. Temperature dependence of magnetization of the Ni1.88Mn1.6Sn0.52 alloy at ambient (square) and under hydrostatic pressure (circle).

Figure 5. Temperature dependence of magnetization of the Ni1.88Mn1.6Sn0.52 alloy compressed by different uniaxial stresses in direction perpendicular to magnetic field.

Figure 5. Temperature dependence of magnetization of the Ni1.88Mn1.6Sn0.52 alloy compressed by different uniaxial stresses in direction perpendicular to magnetic field.