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Python Source Code - 4.0 KB -
MD5: a3d78306f675376e4895213660a14255
Model configuration |
Python Source Code - 5.2 KB -
MD5: e006c550ef9aee497f120f172918073f
Data preprocessing |
Python Source Code - 3.0 KB -
MD5: bf4e23a1c30e805ca2d7d0be1c6a98a1
Helper tools |
Jan 6, 2026 -
Replication Data for: Spin-Seebeck Signatures of Spin Chirality in Kagome Antiferromagnets
Plain Text - 4.0 KB -
MD5: 42b31aefa61f60e8884c48f5c0188f41
Description of the dataset. |
Jan 6, 2026 -
Replication Data for: Spin-Seebeck Signatures of Spin Chirality in Kagome Antiferromagnets
Plain Text - 119.6 KB -
MD5: dd350a7493ec7b1e9ef46ec96b525ac3
The file ‘Fig2.txt’ contains the energy of the three spin-wave bands of the kagome antiferromagnet when it is in the (+)- and (-)-chiral state as a function of the momentum along the x- and y-directions, which is plotted in Figure 2 in the paper. |
Jan 6, 2026 -
Replication Data for: Spin-Seebeck Signatures of Spin Chirality in Kagome Antiferromagnets
Plain Text - 20.2 KB -
MD5: 40c1bef3acb089db169d1c0813b8e896
The file ‘Fig3b.txt’ contains the z-component of the spin current in the (+) chiral state, the z-component of the spin current in the (-)-chiral state, as well as the y-component of the spin current in the (+)-chiral state, normalized by the constant y-component of the spin current in the (-)-chiral state, as a function of the applied magnetic fiel... |
Plain Text - 7.2 KB -
MD5: 22b359585c5463c01ad67ec476ecf85f
This README file gives detailed information about the Dataset and the methods used for generation of this dataset. |
MS Word - 23.0 KB -
MD5: 3acf129fb141e7ca180af76e897d3ed5
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Adobe PDF - 56.1 KB -
MD5: be069a047688495e0138248959fc054c
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MS Word - 27.6 KB -
MD5: 10d2350f653bbfe551e37536ca7a2dea
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