Dataset Open Access

Data publication: Symmetry and curvature effects on spin waves in vortex-state hexagonal nanotubes

Körber, Lukas; Zimmermann, Michael; Wintz, Sebastian; Finizio, Simone; Kronseder, Matthias; Bougeard, Dominique; Dirnberger, Florian; Weigand, Markus; Raabe, Jörg; Otálora, Jorge A.; Schultheiß, Helmut; Josten, Elisabeth; Lindner, Jürgen; Kézsmárki, István; Back, Christian H.; Kakay, Attila


Citation Style Language JSON Export

{
  "author": [
    {
      "family": "K\u00f6rber, Lukas"
    }, 
    {
      "family": "Zimmermann, Michael"
    }, 
    {
      "family": "Wintz, Sebastian"
    }, 
    {
      "family": "Finizio, Simone"
    }, 
    {
      "family": "Kronseder, Matthias"
    }, 
    {
      "family": "Bougeard, Dominique"
    }, 
    {
      "family": "Dirnberger, Florian"
    }, 
    {
      "family": "Weigand, Markus"
    }, 
    {
      "family": "Raabe, J\u00f6rg"
    }, 
    {
      "family": "Ot\u00e1lora, Jorge A."
    }, 
    {
      "family": "Schulthei\u00df, Helmut"
    }, 
    {
      "family": "Josten, Elisabeth"
    }, 
    {
      "family": "Lindner, J\u00fcrgen"
    }, 
    {
      "family": "K\u00e9zsm\u00e1rki, Istv\u00e1n"
    }, 
    {
      "family": "Back, Christian H."
    }, 
    {
      "family": "Kakay, Attila"
    }
  ], 
  "id": "1278", 
  "issued": {
    "date-parts": [
      [
        2021, 
        11, 
        26
      ]
    ]
  }, 
  "publisher": "Rodare", 
  "DOI": "10.14278/rodare.1278", 
  "abstract": "<p>This dataset contains the experimental and numerical raw data for our publication &quot;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;Symmetry- and curvature effects on spin waves in vortex-state hexagonal nanotubes&quot;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;nbsp&amp;&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt;lt&gt;&amp;&amp;&gt;lt&gt;nbsp&amp;&gt;lt&gt; published in Physical Review B. The experimental data is described in detail in the PDF 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gt;</p>\n\n<p>&nbsp;</p>\n\n<p>The dynamic matrix data contains eparam.yaml and sparam.yaml files containing the simulation and sample parameters used for micromagnetic modeling.</p>", 
  "type": "dataset", 
  "title": "Data publication: Symmetry and curvature effects on spin waves in vortex-state hexagonal nanotubes"
}
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Data volume 19.4 GB19.4 GB
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