Submission code: ts96a Units (SI or Gaussian): Gaussian Dimensionality of magnetizations (2D or 3D): 3D Dimensionality of grid (2D or 3D): 3D Average cell dimensions (length x width x height, in nm): 103, 103, 8.0 Total number of cells: 3353 elements, 800 nodes Initial state (uniform/random/canted): Uniform Number of field states calculated (including +/-50 mT (+/-500 Oe)): 241 x 2 loops Canting angle of applied field from nominal axis (degrees): 1 Demag calculation technique: matrix calculation of potential from divM Hardware: processor type/speed (MHz): 4 194 MHZ IP25 Processors main memory size (MB): 1280 Mbytes L1/L2 cache size (KB/KB): 64/1000 Execution time (minutes): 200 (820 mins cpu time) per loop Remanent magnetization (m_x,m_y,m_z) (reduced units): X:(0.37097929,0.00586696,-0.00003030) Y:(0.00306129,0.74831759, 0.00012808) Coercive field H_c (mT or Oe): X:93 Oe, Y:130 Oe Special conditions: Other comments: Finite Elements
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Hysteresis loops |
Vector remanent images |
Grayscale remanent pictures |
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Comparison index
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Hysteresis loops |
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Remanent state after saturation along the long axis (rotated ccw 90°):
Remanent state after saturation along the short axis (rotated ccw 90°):
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Remanent state after saturation along the long (y-) axis:
x-component: .
y-component:
Remanent state after saturation along the short (x-) axis:
x-component: .
y-component:
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Hysteresis loops |
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or the